CURRICULUM OF FACULTY OF ENGINEERING · Technology and Engineering Materials- Structures Dynamics and Earthquake Engineering- Inspection, Maintenance and Repair of Structures - Design

CURRICULUM OF

FACULTY OF ENGINEERING

ASSIUT UNIVERSITY Year 2004

__________________________________________________________________________ Curriculum of Faculty of Engineering - Assiut University

Contents

Contents

Page No.

Chapter I:

Scientific Departments 1

Chapter II:

The Bachelor Degree 5

Chapter III:

Study Courses, Distribution, Teaching Hours and Maximum Examination Marks.

9

1- Preparatory Year 11

2- Civil Engineering 11

3- Mechanical Engineering 16

4- Electrical Engineering 26

5- Mining and Metallurgical Engineering 33

6- Architectural Engineering 44

Study Courses Contents

1- Preparatory Year 43

2- Civil Engineering 51

3- Mechanical Engineering 62

4- Electrical Engineering 35

5-Mining and Metallurgical Engineering 116

6-Architectural Engineering 121

___________________________________________________________________________ Curriculum of Faculty of Engineering - Assiut University Page 1

CHAPTER I

Scientific Departments Article (1): Mission of the Faculty The mission lies in graduating engineers, who are fully aware with the basic engineering theories and related technologies. This makes the graduates able to exert leadership in the different engineering projects. The mission extends also to update the engineering knowledge of these graduates through specialized short courses and enrolment in the programs of higher studies (diploma, M. Sc. and Ph. D.). Article (2): Transitional Umpires: With reference to the preceding bylaws, the umpires of this bylaw are to be applied gradually for the preparatory-year students enrolled in the successive years starting on the date of approval of this bylaw. Article (3): The Faculty consists of the following departments:

1- Civil Engineering Department. 2- Mechanical Engineering Department. 3- Electrical Engineering Department. 4- Mining and Metallurgical Engineering Department. 5- Architectural Engineering Department

Article (4): 1-The mechanical engineering department includes the following specialization fields:

a- Mechanical Power. b- Applications of Mechanical Engineering in Agriculture. c- Mechanical Design and Production. d- Mechatronics

2-The electrical engineering department includes the following specialization fields: a- Electronics and Communications. b- Computers and Systems. c- Electrical Power and Machines.

Article (5): Assiut University awards at the request of the Faculty of Engineering the Bachelor Degree in one of the specializations listed in Article (11). Article (6): Each department of the Faculty departments is concerned with teaching the following courses and performing researches related to these courses.


1- Civil Engineering Department : It is Concerned with the following courses and related researches: Civil Engineering Drawing – Theory of Structures – Properties and Strength of Materials – Surveying – Hydraulics – Soil Mechanics and Foundations – Irrigation and Agricultural Engineering – Reinforced Concrete – Metallic Constructions – Design of Irrigation Structures – Water Feeding Engineering – Highway and Airport Engineering – Sanitary Engineering – Computer Applications in Civil Engineering – Metallic Bridges – Harbor Engineering and Internal Navigation - Construction Technology and Engineering Materials- Structures Dynamics and Earthquake Engineering- Inspection, Maintenance and Repair of Structures - Design of Modern Irrigation Systems - Applied Hydraulics - Water Control Engineering and Its Resources Management - Photogrametry Applications and Remote Sensing in Maps Production – Planning and Design of Basic Infra Transportation Structure – Sanitary and Environmental Engineering – Advanced Foundations – Design of Reinforced Concrete Midges – Management of Constructional Projects – Advanced Structural Analysis – Pre-Stressed and Pre-cast Concrete – Hydraulics of Underground Water – Methods and Systems of Constructing Irrigation Projects – Hydraulic of Rivers and Open Channels – Irrigation Measurements and l Leveling – Control Engineering of Environment Contamination – Maintenance of Traffic Networks – Applications of Geographic Information Systems GIS – Applications of Ground Polar in Geodesy Solid Wastes – Descriptive Geometry (Descriptive Projection)– Transportation Planning and Traffic – Railway Engineering – Project. 2- Mechanical Engineering Department : It is Concerned with the following courses and related researches: The programme provides courses and researches in following areas: Production Engineering – Machine Construction – Fundamentals of Computer Sciences – Mechanics of Machines – Stress Analysis – Properties and Testing of Materials – Technical Report Writing – Engineering Analysis – Thermodynamics Materials and Their Applications – Engineering Economics – Fluid Mechanics – Machine Design – Theory of Metal Cutting and its Applications – Computer and Programming – Mechanical Vibrations – Mechanical Engineering Laboratories – Heat Transfer – Theory of Metal Forming and its Applications – Measuring Instruments and Control – Environmental Engineering – Energy Systems and Power Stations and Their Economics – Internal Combustion Engines – Mechanical Power Laboratories – Refrigeration and Air Conditioning – Hydraulic Machines and Hydraulic Power Plants – Steam Turbines and Renewable Energy – Recovery of Waste Energy – Gas Dynamics – Hydraulic Systems – Compressors and Pumps – Combustion and Its Theories – Rockets – Heat Exchangers – Refrigeration and Environmental Control – Agricultural Engineering Laboratories – Tractors and Agricultural Machines – Agricultural Engineering Processing – Numerical Analysis and Statistics – Materials Handling – Computer Applications – Pumps – Irrigation Systems – Elasticity and Plasticity – Machine Tool Design – Design and Production Laboratories – Tribology – Engineering Statistics and Quality Control - Operations Research – Industrial Management and Factory Planning – Human Factors in Industry – Robots in Industry – CAD/CAM – CNC Machines – Fault Diagnosis in Mechanical Systems – Mechanical Failures – Reverse Engineering in Design and Development – Automatic Control – Mechatronics Laboratories - Robotics – Cooling of Electronic Equipment – Measurements and Transducers – Modeling and Computer Simulation of Dynamic Systems – Mechatronics – Electro-hydraulic Systems – Industrial Process Control – Mechatronics Project .


3- Electrical Engineering Department : It is Concerned with the following courses and related researches: Electric Circuit Theory – Theory of Electric Fields – Computer Languages – Electrical Properties of Materials – Mathematics – Electronics – Digital Circuit Design – Electrical and Electronic Testing – Electronic Circuits – Digital Signal Processing – Network Analysis and Synthesis – Analog and Digital Communication Systems – Microprocessors and its Applications – Electromagnets and Antenna‘s – Microwave Circuits – Electrical Properties of Materials – Electric Machines – Engineering Analysis – Electric Power – Energy Conversion and Utilization – Protection and Safety – Industrial Electronics – High Voltage Engineering – Elements of Electric Power Systems – Control of Power Systems – Safety from Electrical Hazards – Industrial Process Control – Electric Machines Design –– Logic Circuit Design – Computer Organizations - Data Structures – Microprocessors Fundamentals and Applications – Computer Architecture – Automatic Control - System Analysis – Digital Control – Random Processes and Digital Communications – Digital Telephony – Television Engineering – Computer Aided Network Design. 4- Mining and Metallurgical Engineering Department : It is Concerned with the following courses and related researches: Introduction to Mining and Metallurgical Engineering – Rock Mechanics – Fundamentals of Metallurgical Engineering – Engineering Economics – Computer Applications in Mining – Mining Geology – Drilling and Blasting Engineering – Mining Development – Physical Metallurgy – Surface Mining Engineering - Rock Mechanics and Supporting – Extraction and Production of Metals – Underground Mining Engineering – Mineral Processing – Mineral Exploration – Groundwater Geology – Block Theory – Finite Element Method – Dynamic of Geological Structures – Mine Subsidence – Mine Drainage – Rock Fragmentation – Drilling Methods and Applications – Physical and Mechanical Properties of Rocks – Gravity Separation – Crushing and Grinding Operations – Preparation and Beneficiation of Coal – Mineral Processing Plants – Material Handling in ore Processing Plants – Powder Metallurgy – Fuels Refractoriness and Furnaces – Mathematical Modeling and Computer Application in Metallurgy – Corrosion and Material Protection – Defects and Failures in Metals and Alloys – Ferrous Alloys – Transport Phenomena - Geostatistics – Heat Treatment of Alloys – Mining Geophysics and Applications – Mine Ventilation – Mine Evaluation and Economics – Planning and Design of Mineral Processing Plants – Pollution and Environmental Control – Mining Machinery – Tunneling Engineering – Engineering Models – Mining Technology – Ore Fields Engineering – Application of Photo elasticity in Mining – Engineering Geophysics – Petroleum Geophysics – Mining Design of Stratified Deposits – Management of Mining Projects – Rock Stability and Evaluation – Effects of Mining Operation on the Earth‘s Crust – Ventilation Design – Surface Mine Technology and Quarries – Special Methods for Ores Extraction – Modeling and Simulation of Minerals Processing – Concentration of Egyptian Ores – Flotation and its Applications – Evaluation of Mineral Processing Operations – Physical and Chemical Properties of Surfaces in Flotation Processes – Engineering Materials – Casting and Solidification of Metals and Alloys – Equipment Design for Metallurgical Plants – Phase Equilibrium – New Materials – Electrometallurgy – The Selection of Materials and Processing Methods – Manufacturing Processes – Recovery and recycling of Material and Energy – De-Watering and Waste Treatment of Mineral Processing Plants – Project – Mine Surveying and its Project.


5- Architectural engineering Department: It is Concerned with the following courses and related researches: Design Principles and Architectural Design – Visual Training and Theory of Color–Theory of Architecture-Shade – Shadow and Perspective – History of Architecture – Introduction to Using Computers in Architecture – Physics and Building Installations Acoustics Illuminations Air Conditioning- Town Planning – Application of Computers in Architecture – Working Drawing – Building Economics – Environmental and Climatic Studies – Town and Regional Planning – Urban Design – Building Administrations – Housing – Building Legislation and Law – Building Technology and New Construction Method – Acoustic Design of Buildings – Road Planning and Traffic – Geography of Cities – Environmental Pollution – Project. Article (7): The study begins with a preparatory year for all students and the specialization starts with the first year. The students are distributed among the different departments according to rules set by the faculty council. Article (8): The study follows the semester system with two semesters per year. The time for the Bachelor degree is four years preceded by a preparatory year. Each semester extends about 15 weeks. Article (9): The student must attend more than %57 of the lectures, tutorials and laboratory exercises for each course, as a condition for taking the final examination in the attended courses. Based on the request of the council of the concerned department and the approval of the faculty council, the student who does not meet the %57 attendance will be deprived from taking the final examination. In this case, the student is considered to fail the courses he deprived from taking their final examination. Article (10): The student of Architectural Department who is transferred to the next year with failed courses of Architectural Design and Working Drawings must attend the semester work as a principle condition for taking the final examination in these courses.


CHAPTER II

The Bachelor Degree

Article (11): Assiut University at the request of the Faculty of Engineering Council awards (confers) the Bachelor degree in one of the following disciplines: 1-Civil Engineering. 2-Mechanical Engineering in one of the following specializations:

a- Mechanical Engineering. b- Design and Production. c- Mechanical Applications in Agriculture. d- Mechatronics.

3- Electrical Engineering in one of the following specializations: a- Electronics and Communication. b- Control and Computers. c- Electrical Power and Machines.

4-Mining and Metallurgical Engineering 5-Architectural Engineering. The bachelor degree is granted annually in June and November for the students who pass successfully the exams of the courses listed in the tables reported in Article (11). Article (12): The fourth (final) year students prepare a graduation project during the study year. The department councils determine its subjects. A four-week additional period after the final exams of the second semester is assigned to the graduation project. Article (13): The council of each department may set a program for experimental training of the first, second and third year students during the summer vacation. The training period extends for three weeks inside or outside the faculty laboratories and workshops under the supervision of the teaching staff. Article (14): The department councils arrange scientific tours for the third and fourth year students. The tours are aimed at visiting industrial firms, engineering, cultural and service establishments to have the students aware with the available technological systems. The tour is performed under the supervision of teaching staff from the concerned scientific departments. The arrangement of scientific tours for visiting industrial or engineering establishments extends to all students of the scientific departments. Article (15): 1- The student is enrolled for the bachelor degree in engineering in one of the

scientific disciplines (specializations) according to acceptance rules set by the coordination office in conformity with the decisions of the Universities Supreme Council.


2- The student is promoted to the next university year if he succeeds all courses of his university year or he fails in not more two courses in his year or previous years as well as any number of humanity or cultural courses.

3- The student is entitled to be examined in courses he failed with the students currently studying these courses. In case the student score is 657 and above from the course maximum mark, his mark is reduced to that of the upper limit of ―PASS‖ grade.

4- The mark and grade remain the same without change for the student who failed to appear for an examination due to an acceptable excuse.

5- In November, an examination is held for the final-year students who fail not more than two courses and any number of humanity cultural courses. If they fail again, they are entitled to be examined in the failed courses with the semester students studying these courses.

6- The student may be exempted from attending courses except those of the final-year if he confirmed his successful completion of these courses at a university college or a scientific institute confessed by Assiut university. The dispensation is made by a decision from the university president after the approval of the education and student affairs council pending the agreement of the faculty and department councils. This is made without desecration of Article (36) of University Regulation law.

Article (16): Without desecration of Articles 33, 34 and 35 of the executive bylaw of the University Regulation Law, the successful completion of a course is evaluated according to grade points as follows:

Excellent: more than 357 Very Good: from %57 to less than 357 Good: from 657 to less than %57 Pass: from 507 to less than 657

The course in which the student fails its examination is evaluated by one of the following grades:

Poor: from 307 to less than 507 Very Poor: less than 307

Article (17): 1- The course which is taught in one semester and has one examination mark and

more than examination answer sheets, is treated as one- course as regards the course evaluation.

2- The partitioned course ( spitted into two parts, one in the first semester and the other in the second semester) is considered one course . The student succeeds if the total mark of the two parts exceeds the succeeding limit. If the student fails the course, he is entitled to be examined in the two parts of the course.

3- The humanity and cultural courses are not counted as non-passing (failing) courses. The student has to pass these courses before awarding the bachelor degree.

4- If a course includes written and oral/lab tests, the course evaluation is made according to the total mark of all tests in addition to the academic standing (yearly work) throughout the year. No mark is recorded for the student who fails to appear in the written examination .

___________________________________________________________________________ Curriculum of Faculty of Engineering - Assiut University Page %

Article (18): Course Code and Number System a) Course Code System

Department Department code

Year Year code

Option Option code

Civil C First C1 - -

Second C2 - -

Third C3 - -

Fourth C4 - -

Mechanical M First M1 - -

Second M2 - -

Third M3 - -

Fourth Mechanical Power MP4

Design & Production MD4 / MR4

Mechanical Applications in Agriculture

MA4

Mechatronics MT4

Electrical E First E1 -

Second E2 -

Third Electronic & Communication EE3

Control & Computers EC3

Power & Machinery EP3

Fourth - Electronic & Communication EE4

Control & Computers EC4

Power & Machinery EP4

Mining & Metallurgical

I First I1 - -

Second I2 - -

Third I3 - -

Fourth I4 - -

Architectural A First A1 - -

Second A2 - -

Third A3 - -

Fourth A4 - -

The Code of humanity and cultural courses for all scientific departments is (O) and O1 for first year O2 for second year O3 for third year O4 for fourth year For other courses, the code of the course is the name of the department (after being abbreviated) offering the course following by a digit to express the year code, e.g. MATH0 (for courses offered by mathematics department for preparatory year). PHY0 (for courses offered by physics department for preparatory year). CHEM0 (for courses offered by chemistry department for preparatory year) MC0 (for courses offered jointly by mechanical and civil engineering departments

for preparatory year). ENG0 (for courses offered jointly by different engineering departments). ART0 (for courses offered by English department for preparatory year).


MATH1 (for courses offered by mathematics department for first year). GE1 (for courses offered by geology department for first year). b) Course Number System Following the code, the course number is added which consists of 2 digits: The first digit is for the course relationship to the specialization and option: 0 for mandatory courses offered from outside the scientific department. 1 for the optional courses offered from outside the scientific department. 2 for mandatory courses offered by the scientific department 3 for optional courses offered by the scientific department. The second digit is for the course number (within its group 1,2,…)


CHAPTER III

Study Courses, Distribution, Teaching Hours and Maximum Examination Marks

Article (19): The following tables report the study courses distributed over the study years and the teaching hours assigned weekly for lectures, exercises, and laboratories. This is in addition to the duration of written examinations and the maximum mark for each course being distributed among semester work, oral / laboratory examinations and final examination.


1. Preparatory Year ( For all Students) Table No. 1

Code No.

Course Title

Hours / Week Duration Marks Upper Limit

Lecture

Ex. &

Total of Written

Intra- Semester

Prac. Or

Final Written

Total

Lab. Exam. Work Oral Exam.

MATH 001

First Term *Mathematics (A) Differential Calculus & Algebra

4

2

6

3

50

-

100

150

PHY 001

*Physics (A) Prop. of Matter & Heat

4

2

6

3

30

30

10

150

MATH 002

Mechanics (A)** Statics

2 2 4 - 40 - - -

MC001 Engineering Drawing (A) and Descriptive Projection(A)**

1 4 5 - 50 - - -

M001 Production Technology (A)** 1 2 3 - 15 10 - -

EC001 Computers and Programming 2 2 4 3 30 - %0 100

ART 001

Technical English Language ***

-

2

2

2

15

-

35

50

Total Hours 14 16 30 - - - - 450

MATH 001

Second Term Mathematics (B)* Integral Calculus & Analytical Geometry

4

2

6

3

50

-

100

150

PHY 001

Physics (B)* Elect. & Magn.

4

2

6

3

30

30

10

150

MATH 002

Mechanics (B)** Dynamics

2

2

4

3

40

-

120

200

MC 001

Engineering Drawing (B) and Descriptive Projection (B)**

1

4

5

4

50

-

150

250

M001 Production Technology (B)** 1 2 3 3 15 10 100 150

CHEM 001

Chemistry 2 2 4 3 20 20 60 100

ENG 001

History of Engineering Sciences & Technology ***

2

-

2

2

10

-

40

50

Total Hours 16 14 30 1050

* A & B are one course with intra-semester work and final exam in each semester.

All marks are added by the end of the second semester. ** A & B are one Course with intra-semester work in each semester. All marks are

added by the end of the second semester. *** Not counted, in case of failing , for the student to be transferred to the next year.


Civil Engineering First Year

Table No. 2

Code No.

Course Title

Hours/Week Duration

of Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

C121

First Term Theory of Structures (1-A)

2

2

4

3

30

-

%0

100

C122 Civil Eng. Drawing (A)

1 3 4 3 40 - 60 100

C123 Properties and strength of materials (1-A)

2 2 4 3 25 15 60 100

C124 Surveying (1-A)

2 2 4 3 25 15 60 100

C125 Engineering Geology 4 2 6 3 40 20 10 150

ME 101 Principles of mechanical and electrical engineering

4 2 6 3 50 - 100 150

O111* Humanity and cultural course (1-A)

2

-

2

2

10

-

40

50

Total 1% 13 30 %50

C121

Second Term Theory of Structures (1-B)

2

2

2

3

30

-

%0

100

C122 Civil Eng. Drawing (B)

1 3 4 3 40 - 60 100

C123 Properties and strength of Materials (1-B)

2 2 4 3 25 15 60 100

C124 Surveying (1-B) 2 2 4 3 25 15 60 100

MATH 101

Mathematics (1) 4 2 6 3 50 - 100 150

A101 Building Construction 4 2 6 3 50 - 100 150

O112* Humanity and cultural course (1-B)

2

-

2

2

10

-

40

50

Total %50

* Doesn't add-up to the maximum allowed failure courses Humanity and Culture Course (O111): The Student Chooses One out of the Following Languages Group:

O111 a - English Language O111 b - French Language O111 c - Arabic Language O111 d - German Language Humanity and Culture Course (O112): The Student Chooses One out of the Following Histories Group:

O112 a - Pharaonic History O112 b - Islamic History O112 c - Egypt‘s Economic History A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester except humanities and cultural courses.


Civil Engineering Second Year

Table No. 3

Code No.

Course Title

Hours/Week

Duration of

Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab.

Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

C221

First Term Theory of Structures (2-A)

2

2

4

3

30

-

%0

100

C222 Design of concrete structures (1-A)

2

2

4

3

30

-

%0

100

C223 Irrigation & drainage engineering (A)

2

2

3

3

30

-

%0

100

C224 Surveying (Topography) (2-A)

2

2

3

3

25

15

60

100

C225 Strength & properties of materials (2)

3

3

6

3

30

20

100

150

C226 Hydraulics (1) 4 2 6 3 30 20 100 150

O211* Humanity & Cultural course (2-A)

2 - 2 2 10 - 40 50

Total 1% 13 30 %50

C221

Second Term Theory of Structures (2- B)

2

2

4

3

30

-

%0

100

C222 Design of concrete structures (1- B)

2

2

4

3

30

-

%0

100

C223 Irrigation & drainage engineering (B)

2

2

4

3

30

-

%0

100

C224 Surveying (photogrammetry and remote sensing) (2- B)

2

2

4

3

25

15

60

100

C22% Soil mechanics & foundation (1)

4

2

6

3

50

-

100

150

MATH 201

Mathematics (2) 4

2

6

3

50

-

100

150

O212* Humanity & Cultural course (2-B)

2

-

2

2

10

-

40

50

Total 13 12 30 %50

* Doesn't add-up to the maximum allowed failure courses

Humanity and Culture Course (O211): The Student Chooses One out of the Following Courses:

O211 a - Philosophy and Rational O211 b - Geography of the Arab World O211 c - Natural Resources

Humanity and Culture Course (O212): The Student Chooses One out of the Following Courses:

O212 a - Music O212 b - painting & Sculpturing O212 c - Athletic Education

A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester except humanities and cultural courses.


Civil Engineering Third Year

Table No. 4

Code No.

Course Title

Hours/Week Duration

of Written

Exam.

Marks Upper Limit

Lecture

Ex.

&

Lab.

Total

Intra-

Semester

Work

Prac.

or

Oral

Final

Written

Exam.

Total

C321

First Term Theory of Structures (3)

3

2

5

3

45

-

30

125

C322 Design of steel constructions (A

)

2

2

4

3

30

-

%0

100

C323 Design of concrete structures (2-A)

2

2

4

3

30

-

%0

100

C324 Water Supply Engineering 2 1 3 3 25 - 50 %5

C325 Geodesy 3 3 6 3 50 20 100 150

C326 Soil Mechanics and Foundations (2)

3

3

6

3

50

-

100

150

O311* Humanity & Cultural course (2-A)

2

-

2

2

10

-

40

50

Total 1% 13 30 %50

C322

Second Term Design of steel constructions (B )

2

2

4

3

30

-

%0

100

C323 Design of concrete Structures (2-B)

2

2

4

3

30

-

%0

100

C32% Design of irrigation structures (1)

3

3

6

3

50

-

100

150

C323 Hydraulics (2) 4 2 6 3 30 20 100 150

C321 Transportation & Traffic Eng.

3

2

5

3

50

-

100

150

C331 Elective course (1) 2 1 3 2 15 - 35 50

C312* Humanity & Cultural course (2-B)

2

-

2

2

10

-

40

50

Total 13 12 30 %50

* Doesn't add-up to the maximum allowed failure courses A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester except humanities and cultural courses. Humanity and Cultural Course (O311): The Student Chooses One out of the Following Courses:

O311 a - Introduction of Political Science O311 b - Laborers Laws and Rules O311 c - Profession and Society Humanity and Cultural Course (O312): The Student Chooses One out of the Following Courses:

O312 a - Accounting O312 b - Business Administration O312 c - Feasibility Study and Costs


C-310 Elective Course (1) The student selects one from the following courses: C 331 -1 - Construction Technology and Engineering Materials. C 331 -2 - Repair, Maintenance and strengthening of concrete structures. C 331 -3 - Dynamics of Structures and Earthquake Engineering. C 331 -4 - Foundations on soil with problems. C 331 -5 - Design of Advanced Irrigation systems. C 331 -6 - Applied Hydraulics. C 331 -% - Water control engineering and its Management . C 331 -3 - Applications of photogrammetry and Remote Sensing in Map production A- Photogrammetry B- Remote Sensing C 331 -1- Planning and Design of Transportation infrastructure . C 331 -10- Sanitary and environmental engineering


Civil Engineering Fourth Year

Table No. 5

Code No.

Course Title

Hours/Week Duration of

Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

C421

First Term

Design of R.C. Structures (3)

3

3

6

4

50

-

100

150

C422 Design of Irrigation Structures (2-A )

2

2

4

3

30

-

%0

100

C423 Roads and Airports Engineering

3

3

6

3

50

-

100

150

C424 Sanitary Engineering 4 2 6 3 50 - 100 150

C425 Computer application in Civil Engineering

2

2

4

3

30

-

%0

100

C426 Profession Risk Protection 2 - 2 2 10 - 40 50

Total 16 12 23 %00

C422

Second Term Design of Irrigation Structures (2-B)

2

2

4

3

30

-

%0

100

C42% Design of Steel Brides 3 3 6 4 50 - 100 150

C423 Constructions Management 3 1 4 3 30 - %0 100

C421 Railway Engineering 3 3 6 3 50 - 100 150

C42141

Harbor Engineering and Internal Navigation

2

1

3

3

25

-

50

%5

C431 Elective Course (2) 2 1 3 3 25 - 50 %5

C42142

Project - 4 4 - 50 100 150

Total 15 15 30 300


431- Elective Courses ( 2 )

C431- 1 Advanced Concrete Structures C431-2 Advanced Steel Constructions C431- 3 Concrete Bridges C431-4 Advanced Strength of Materials C431- 5 Theory and Advanced Structural Analysis C431- 6 Pre-stressed or Pre-Fabricated Structures C431- % Advanced Foundations C431-3 Special and deep foundations C431- 1 Design of Special and Big Irrigation Structures C431-10 Methods and systems of constructing big irrigation projects C431-11 Hydrology C431-12 Hydrology of Underground Water C431-13 Hydrology of Rivers and open Channels C431-14 Irrigation Records Measurements and balancing works C431-15 Control Engineering of Environmental Pollution C431-16 Maintenance of Transportation Nets C431-1% GIS applications for modernizing digital maps C431-13 GPS applications in Geodesy C431-11 Solid Wastes C431-20 Airports Engineering


Mechanical Engineering First Year

Table No. 6

Code No Course Title

Hours per Week

Exam Hours

Maximum Marks

Lec. Excer. Total Year Work

Prac. or

Oral Final Total

M101

First Semester

Mathematics:

a- Differentiation, Integration

5 4 1 4 %5 -- 150 225 b- and Ordinary Differential

Equations b- Analytic Geometry and Algebra (2)

MR 121 Production Engineering (1) 2 2 4 3 30 20 50 100

MD 121 Machine Construction (A) 1 2 3 3 25 - 50 %5

MP 121 Basics of Computer Science 1 2 3 3 25 - 50 %5

C 101 Testing and Properties of Materials

4 2 6 3 50 - 100 150

MD 122 Stress Analysis (A) 2 1 3 3 25 - 50 %5

O111 Humanity and Cultural Course (A)*

2 - 2 2 10 - 40 50

Total 1% 13 30 %50

C 102

Second Semester:

Fundamentals of Civil Engineering

a-Surveying 4 4 3 4 60 20 120 200

b-Concrete Structures

MD 123 Mechanics of Machines (1) 4 2 6 3 50 - 100 150

MD 121 Machine Construction (B) 1 2 3 3 25 - 50 %5

MD 122 Stress Analysis (B) 2 1 3 3 25 - 50 %5

MP 122 Engineering Analysis (1) 4 2 6 3 50 - 100 150

MP 123 Scientific Reports Writing 1 1 2 2 15 - 35 50

O 112 Humanity and Cultural Course (B)*

2 - 2 2 10 - 40 50

Total 13 12 30 %50

* Not counted in case of failing

Humanity and Cultural Course (O 111) to be Chosen From Languages Group: O111 a – English Language O111 b – French Language O111 c – Arabic Language O111 d – German Language

Humanity and Cultural Course (O 112) to be Chosen From Histories Group:

O112 a – Pharaonic History O112 b – Islamic History O112 c – Egypt‘s Economic History


___________________________________________________________________________ Curriculum of Faculty of Engineering - Assiut University Page 1%

Mechanical Engineering Second Year

Table No. 7


Hours per Week Exam

Hours

Maximum Marks


Prac. or

Oral Final Total

MP 221 First Semester:

Engineering Analysis (2) 4 2 6 3 50 - 100 150

MP 222 Thermodynamics (1)–A 2 1 3 3 25 - 50 %5

E 201 Electric Circuits and Electronics

4 2 6 3 30 20 100 150

MR 221 Engineering Materials and Applications

4 2 6 3 30 20 100 150

MR 222 Engineering Economics 2 1 3 3 25 - 50 %5

MD 221 Machine Design(1)-A 2 2 4 3 30 - %0 100

O 211 Humanity and Cultural Course (A)*

2 - 2 2 10 - 40 50

Total 20 10 30 %50

MP 223

Second Semester:

Fluid Mechanics(1) 4 2 6 3 50 - 100 150

MD 221 Machine Design(1)-B 2 2 4 3 30 - %0 100

MR 223 Theory of Metal Cutting and Applications

3 2 5 3 45 - 30 125

MD 222 Mechanics of Machines (2) 4 2 6 3 50 - 100 150

MP 224 Computers and Programming

2 2 4 3 40 - 60 100

MP 222 Thermodynamics (1-B) 2 1 3 3 25 - 50 %5


2 - 2 2 10 - 40 50

Total 11 11 30 %50

* Not counted in case of failing Humanity and Cultural Course (O211) to be Chosen From:

O211 – a- Philosophy and Rational O211 – b- Arab World Geography O211 – c- Natural Resources

Humanity and Cultural Course (O212) to be Chosen From:

O212 – a- Pharaonic History. O212 – b- Islamic History O212 – c- Egypt‘s Economic History



Mechanical Engineering Third Year

Mechanical Power

Table No. 8


Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

First Semester:

MP 321 Thermodynamics (2) 4 2 6 3 50 - 100 150

MP 322 Fluid Mechanics (2) 4 2 6 3 50 - 100 150

MP 323 Environmental Engineering 2 2 4 3 30 - %0 100

MD 321 Mechanical Vibrations 4 2 6 3 50 - 100 150

E 301 Electric Power and Machines

4 2 6 3 50 - 100 150


2 - 2 2 10 - 40 50

Total 20 10 30 %50

MP 324

Second Semester:

Heat Transfer 4 2 6 3 50 - 100 150

MP 325 Hydraulic Machines and Stations

4 2 6 3 30 20 100 150

MP 326 Measuring Instruments and Mechanical Power Laboratories

2 2 4 3 30 20 50 100

MD 322 Machine Design (2) 4 2 6 3 50 -- 100 150

MR 331 MT 331

Elective Course (1) 4 2 6 3 50 -- 100 150


2 - 2 2 10 - 40 50

Total 20 10 30 %50

* Not counted in case of failing Elective Course (1)

MR 331 Operations Research MT 331 Modeling and Simulation in Mechanical Systems


O311 a – Introduction to Political Sciences O311 b – Laborers Laws and Rules O311 c – Occupation and Society


O312 a – Accounting O312 b – Management O312 c – Feasibility Study and Costs



Mechanical Design And Production

Table No. 9


Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

First Semester:


MR 321 Operations Research 4 2 6 3 50 - 100 150

MP 32% Design of Industrial Furnaces 4 2 6 3 50 - 100 150

MP 323 Measuring Instruments 2 2 4 3 30 20 50 100

E 301 Electric Power Engineering and Machines

4 2 6 3 50 - 100 150


2 - 2 2 10 - 40 50

Total 20 10 30 %50

MR 322 Second Semester:

Metal Forming 4 2 6 3 50 - 100 150


MD 323 Mechanical Design and Production Laboratories

-- 4 4 3 30 20 50 100

MR 323 Metrology 2 4 6 3 30 20 100 150

MT 332 MP 331 MP 332

Elective Course (1) 4 2 6 3 50 -- 100 150


2 - 2 2 10 - 40 50

Total 16 14 30 %50


MT 332 Hydraulic Systems MP 331 Environmental Engineering MP 332 Internal Combustion Engines






Mechanical Engineering

Third Year Applications of Mechanical Engineering In Agriculture

Table No. 10


Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

First Semester:

MP 321 Thermodynamics (2) 4 2 6 3 50 - 100 150

MP 322 Fluid Mechanics (2) 4 2 6 3 50 - 100 150


E 301 Electrical Power Engineering and Machines

4 2 6 3 50 - 100 150

MP 323 Environmental Engineering 2 2 4 3 30 -- %0 100


2 - 2 2 10 - 40 50

Total 20 10 30 %50

MP 324

Second Semester:

Heat Transfer 4 2 6 3 50 - 100 150


MP 326 Measuring Instruments and Mechanical Power Laboratories

2 2 4 3 30 20 50 100

MA 321 Basics of Agricultural Sciences

4 2 6 3 50 -- 100 150

MR 331 MT 331

Elective Course (1) 4 2 6 3 50 -- 100 150


2 - 2 2 10 - 40 50

Total 20 10 30 %50


MR 331 Operations research MT 331 Modeling and simulation in Mechanical Systems







Mechatronics

Table No. 11

Code No

Course Title

Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

First Semester:

MP 321 Cooling of Electronic Equipment 4 2 6 3 50 - 100 150

E 302 Electronic Circuits (1) 4 2 6 3 30 20 100 150

MT 321 Mechatronics Laboratory (1) – A

- 4 4 3 30 20 50 100

MT 322 Measurements and Transducers

4 2 6 3 30 20 100 150

MT 323 Automatic Control (1) 4 2 6 3 50 -- 100 150

O 311 Human and Cultural Course (A)*

2 - 2 2 - - 50 50

Total 13 12 30 %50

MD 322

Second Semester:

Machine Design (2) 4 2 6 3 50 - 100 150

E 303 Electrical Motors 4 2 6 3 50 -- 100 150

MT 321 Mechatronics Laboratory (1) – B - 4 4 3 30 20 50 100

MT 324 Modeling and Computer Simulation of Dynamic Systems

4 2 6 3 50 -- 100 150

MP 333 MP 334

Elective Course (1) 4 2 6 3 50 -- 100 150

O 312 Human and Cultural Course (B)*

2 - 2 2 - - 50 50

Total 13 12 30 %50


MP 333 Hydraulic Machines and Stations MP 334 Pumps, Valves and Pipe Networks





A and B are one course with intra-semester work and final exam in each semester. All marks are added at the end of the second semester.


Mechanical Engineering Fourth Year

Mechanical Power

Table No. 12


Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

First Semester:

MP 421 Heat Exchangers 4 2 6 3 50 - 100 150

MP 422 Turbines and Compressors 4 2 6 3 50 - 100 150

MT 421 Automatic Control in Mechanical Systems

4 2 6 3 50 - 100 150

MP 423 Mechanical Power Laboratories (A)

-- 3 3 3 20 15 40 %5

MP 431 MP 432

Elective Course (2) 3 2 5 3 30 20 %5 125

MP 424 Project 1 -- 1 -- 25 -- -- --

O 411 Humanity and Cultural Course*

2 - 2 2 10 - 40 50

Total 13 11 21 %00

MP 425

Second Semester:

Energy Systems; Power Plants and Economics

4 2 6 3 50 - 100 150

MP 426 Refrigeration and Air Conditioning

4 2 6 3 30 20 100 150

MP 42% Internal Combustion Engines 4 2 6 3 50 -- 100 150

MP 423 Mechanical Power Laboratories (B)

-- 3 3 3 20 15 40 %5

MP 433 MP 434 MP 435

Elective Course (3) 3 2 5 3 30 20 %5 125

MP 424 Project 2 -- 2 -- 50 %5 150

Total 1% 11 23 300


Elective Course (2) MP 431 - Renewable Energy MP 432 - Industrial ventilation

Elective Course (3) MP 433 - Waste Energy Recovery MP 434 - Gas Dynamics MP 435 - Fault Diagnoses in Mechanical Power Systems

Humanity and Cultural Course (O411) to be chosen from: O 411 a – Industrial Psychology O 411 b – Occupational Health O 411 c – Occupational Safety




Mechanical Design And Production

Table No. 13


Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

First Semester:

MD 421 Tribology 4 2 6 3 50 - 100 150

MR 421 Machine Tool and Cutting Tool Design

4 2 6 3 50 - 100 150

MT 421 Automatic control in Mechanical Systems

4 2 6 3 50 - 100 150

MD 422 Design and Production Laboratories (A)

-- 3 3 3 20 15 40 %5

MR 422 Project 2 -- 2 -- 25 - -- --

MR 431 MR 432 MR 433

Elective Course (2) 3 2 5 3 50 -- %5 125

O 411 Humanity and Cultural Course*

2 - 2 2 10 - 40 50

Total 11 11 30 %00

MD 423

Second Semester:

Fault Diagnosis and Failure Analysis in Mechanical Systems

4 2 6 3 30 20 100 150

MR 423 Project Management and Factory Planning

4 2 6 3 50 -- 100 150

MR 424 Quality Control Systems 4 2 6 3 30 20 100 150

MD 422 Mechanical Design and Production Labor. (B)

-- 3 3 3 20 15 40 %5

MT 431 MD 431 MD 432

Elective Course (3) 3 2 5 3 50 -- %5 125

MR 422 Project 2 - 2 -- 50 %5 150

Total 1% 11 23 300


Elective Course (2) MR 431 - Unconventional Metal Cutting and Forming MR 432 - Motion and time study MR 433 - Die Design

Elective Course (3) MT 431 - Modeling and Simulation in Mechanical Systems MD 431 - Industrial Robots MD 432 - CNC Machines

Humanity and Cultural Course (O 411) to be Chosen From: O 411 a – Industrial Psychology Science O 411 b – Occupational Health O 411 c – Occupational Safety




Applications of Mechanical Engineering In Agriculture

Table No. 14


Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

MP 42%

First Semester:

Internal Combustion Engines

4 2 6 3 30 20 100 150

MA 421 Pumps and Compressors 4 2 6 3 50 -- 100 150

MT 421 Automatic control in Mechanical Systems

4 2 6 3 50 -- 100 150

MA 422 Agricultural Engineering Laboratories (A)

-- 3 3 3 20 15 40 %5

MP 431 MP 436

Elective Course (2) 3 2 5 3 50 -- %5 125

MA 423 Project 2 -- 2 -- 25 -- -- --

O 411 Humanity and Cultural Course *

2

--

2

--

10

--

40

50

Total 11 11 30 %00

MA 424

Second Semester:

Tractors and farm Machinery

4 2 6 3 30 20 100 150

MA 425 Engineering Processing of Agricultural Crops

4 2 6 3 30 20 100 150

MP 423 Refrigeration and Environment Control

4 2 6 3 50 -- 100 150

MA 422 Agricultural Engineering Laboratories (B)

- 2 2 3 20 15 40 %5

MA 431 MD 432

Elective Course (3) 3 2 5 3 50 -- %5 125

MA 423 Project - 2 2 2 50 %5 150

Total 15 12 2% 300


Elective Course (2) MP 431 - Renewable Energy MP 436 - Heat Exchangers

Elective Course (3) MA 431 - Statistical Analysis MD 432 - Industrial Ventilation

Humanity and Cultural Course (O 411) to be Chosen From:

O 411 a – Industrial Psychology Science O 411 b – Occupational Health O 411 c – Occupational Safety




Mechatronics Table No. 15

Code No

Course Title

Hours per Week

Exam Hours

Maximum Marks


Prac. or

Oral Final Total

MT 421 First Semester:

Automatic Control (2) 4 2 6 3 30 20 100 150

E 401 Electronic Circuits (2) 4 2 6 3 50 - 100 150

MT 422 Mechatronics Laboratory (2)– A - 4 4 3 30 20 50 100

MT 423 Mechatronics (A) 3 2 5 3 30 20 %5 125

MT 424 Robotics 3 2 5 3 50 - %5 125

MT 425 Project 2 - 2 - 25 - - -

O 411 Humanity and Cultural Course * 2 - 2 2 10 - 40 50

Total 13 12 30 %00

MT 423 Second Semester:

Mechatronics (B) 4 2 6 3 30 20 100 150

E 402 Programmable Logic Controllers

4 2 6 3 50 - 100 150

MT 422 Mechatronics Laboratory (2–B) - 4 4 3 30 20 50 100

MT 426 Electrohydraulic servo systems 3 2 5 3 30 20 %5 125

MT 432 MT 433

Elective Course (2) 3 2 5 3 50 - %5 125

MT 425 Project 2 - 2 - 50 - %5 150

Total 16 12 23 300


Elective Course (2) MT 432 - Digital Control MT 433 - Industrial Process Control

Humanity and Cultural Course (O411) to be Chosen From: O411 a – Industrial Psychology Science O411 b – Occupational Health O411 c – Occupational Safety



Electrical Engineering

First Year Table No. 16

Code No.

Course Title


Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

E121 First Semester: Electric Circuit Theory(1)

4

2

6

3

50

-

100

150

E122 Theory of Electric Fields (A)

2

2

4

3

30

-

%0

100

E123 Computer Language 4 2 6 3 50 - 100 150

E124 Electrical Properties of Materials

3

2

6

3

30

20

100

150

MATH 101

Mathematics (2) 3 2 6 3 50 - 100 150


2

-

2

2

10

-

40

50

Total 20 11 30 %50

E122

Second Semester: Theory of Electric Fields (B)

3

3

6

3

50

-

100

150

E125 Electronics (1) 4 2 6 3 50 - 100 150

MATH 102

Mathematics (3) 4 2 6 3 50 - 100 150

E126 Electric Testing (1) 1 3 4 3 30 20 50 100

C111 To

C113

Elective courses from other departments

4

2

6

3

50

-

100

150

O112 Humanity and Cultural Course (B)*

2

-

2

2

10

-

40

50

Total 13 12 30 %50

* Out of the flunk courses

Elective courses from other departments are selected from the following: C111 – Theory of Structure and Machines Foundation C112 – Surveying Engineering C113 – Construction Engineering

Humanity and Cultural Course (O 111) to be Chosen From Languages Group: O111 a – English Language O111 b – French Language O111 c – Arabic Language O111 d – German Language

Humanity and Culture Course (O 112) to be Chosen From Histories Group: O112 a – Pharaonic History O112 b – Islamic History O112 c – Egypt‘s Economic History



Electric Engineering

Second Year Table No. 17

Code No.

Course Title

Hours/Week Duration

of Written

Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra-

Semester

Work

Prac.

or

Oral

Final

Written

Exam.

Total

E221

First Term Electromagnetic Field Theory (2-A)

2

1

3

3

25

-

50

%5

E222 Circuit Theory (2) 4 2 6 3 50 - 100 150

E223 Electronics (2) 4 2 6 3 50 - 100 150

E224 Electric Testing (A) 1 3 4 3 30 20 50 100

E225 Electric Machines (1-A) 2 1 3 3 25 - 50 %5

E226 Numerical Analysis (1) 4 2 6 3 50 - 100 150


2

-

2

2

10

-

40

50

Total 11 11 30 %50

E22%

Second Term Electric and Electronic Measurements

4

2

6

3

50

-

100

150

E223 Digital Circuit Design 4 2 6 3 50 - 100 150

E225 Electric Machines (1-B) 2 1 3 3 25 - 50 %5

E224 Electric Testing (B) 1 3 4 3 30 20 50 100

E221 Electromagnetic Field Theory (2-B)

2

1

3

3

25

-

50

%5

M201 Hydraulic and Heat Engines

4

2

6

3

50

-

100

150


2

-

2

2

10

-

40

50

Total 11 11 30 %50

* Out of the flunk courses Humanity and Cultural Course (O 211) Selected From the Following: O211 a – Philosophy and Rational O211 b – Arabic World Geography O211 c – Natural resources Humanity and Cultural Course (O 212) Selected From the Following: O 212 a – Music O 212 b – Drawing and Carving O 211 c – Athletic Education A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester except humanities and cultural courses.


Electric Engineering Department Third Year

Electronics and Communication Section

Table No. 18

Code No.

Course Title


Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

EE 321

First Semester: Signal and Systems

4

2

6

3

50

-

100

150

EE 322 Electronics (3) 4 2 6 3 50 - 100 150

EE 323 Electrical Testing (A) - 4 4 3 30 20 50 100

EE 324 Guided Waves and Antennas (A)

2

2

4

3

30

-

%0

100

EC 301 Automatic Control 2 2 4 3 30 - %0 100

EC 333 EC 334 EP 335

Optional Courses (from other sections)

4

2

6

3

50

-

100

150

Total 16 14 30 - %50

EE 325

Second Semester: Analog Communication Systems

4

2

6

3

50

-

100

150

EE 326 Electronic Circuits (1) 4 2 6 3 50 - 100 150

EE 324 Guided Waves and Antennas (B)

2

2

4

3

50

-

100

150

EE 323 Electrical Testing(B) - 4 4 3 30 20 50 100

EE 331 To

EE 335

Elective Courses (from same section)

4

2

6

3

50

-

100

150

O311 Human and Cultural Course*

2

-

2

2

10

-

40

50

Total 16 12 30 - %50


The Elective Courses are selected from the following: (from other sections) EC 333 - Operating Systems EC 334 - Advanced Language for Computer Programming (C-Lang) EP 335 - Industrial Electronics

(from same section) EE 331 - Very Large Scale Integrated (VLSI) Circuits, EE 332 - Circuits Computer Aided Design EE 333 - Electronic Devices EE 334 - Introduction to Biomedical Equipment Technology

EE 335 - Fundamentals of Television Engineering

The department council can add and create optional courses after credence and submission the course contents

Humanity and Cultural Course (O 311) Selected From the Following: O311 a - Introduction to Political Science


O311 b - Rules and states working class E311 c - Occupation and Society O312 d - Accountancy O312 e - Business Administration O312 f - Feasibility study and Costs A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester.


Electrical Engineering Third Year

Computers and Systems Section

Table No. 19

Code No.

Course Title


Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

EC 321

First Semester:

Computer Organization

4

2

6

3

50

-

100

150

EC 322 Signals and Systems Analysis

4

2

6

3

50

-

100

150

EC 323 Electronic Circuits 4 2 6 3 50 - 100 150

EC 324 Electrical Testing(A) - 4 4 3 30 20 50 100

EP 336 EP 33% EE 336 EE 33%

Elective Courses (from other sections)

4

2

6

3

50

-

100

150


2

-

2

2

10

-

40

50

Total 13 12 30 %50

EC 325

Second Semester: Microprocessors

4

2

6

3

50

-

100

150

EC 326 Automatic Control (I) 4 2 6 3 50 - 100 150

EC 32% Data Structures 4 2 6 3 50 - 100 150

EC 324 Electrical Testing (B) - 3 3 3 30 20 50 100

EC 331 EC 332

Elective Courses (from same section)

4

2

6

3

50

-

100

150


2

-

2

2

10

-

40

50

Total 13 12 30 %50


The Elective Courses are selected from the following: (From other section)

EP 336 - Power Systems EP 33%- Electrical Machines II EE 336 - Design of Integrated Circuits EE 33% – Analog Digital Communication

(From the same section) EC 331- Advanced Computer Languages EC 332- Software Packages


Human and Cultural Course (O 311) Selected From the Following: O311 a -Introduction to Political Science O311 b - Rules and states working class O311 c - Occupation and Society

Human and Cultural Course (O 312) Selected From the Following: O312 a - Accountancy O312 b - Business administration O312 c - Feasibility Study and Costs



Electrical Engineering Third Year

Power and Machines Section

Table No. 20

Code No.

Course Title


Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

EP 321

First Semester: Electrical Power

4

2

6

3

50

-

100

150

EP 322 Automatic Control 4 2 6 3 50 - 100 150

EP 323 Electrical Machine(2) 4 2 6 3 50 - 100 150

EP 324 Electrical Testing (A) 1 3 4 3 30 20 50 100

EP 331 to

EP 334 EE 333 EC 335

Elective Courses

4

2

6

3

50

-

100

150


2

-

2

2

10

-

40

50

Total 11 11 30 %50

EP 325

Second Semester: Power Electronics

4

2

6

3

50

-

100

150

EP 326 High Voltage Engineering 4 2 6 3 50 - 100 150

EE 32% Digital Signal Processing 4 2 6 3 50 - 100 150

EP 324 Electrical Testing (B) 1 3 4 3 30 20 50 100

EP 331 to

EP 334 EE 333 EC 335

Elective Courses

4

2

6

3

50

-

100

150


2

-

2

2

10

-

40

50

Total 11 11 30 %50


The Elective Courses are selected from the following: EP 331- Protection Against Electricity Hazards EP 332- Electric Power Distribution Systems EP 333 - Power System Reliability EP 334- Power Quality EE 333-Microprocessor Principles EC 335 – Programmable Logic Controller (PLC)


Human and Cultural Course (O 311) Selected From the Following: O311 a -Introduction to Political Science O311 b - Rules and states working class E311 c - Occupation and Society

Human and Cultural Course (O 312) Selected From the Following: O312 a - Accountancy O312 b - Business Administration O312 c - Feasibility Study and Costs



Electrical Engineering Fourth Year


Table No. 21

Code No.

Course Title

Hours/Week Duration

of Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

EE 421

First Semester: Digital Signal Processing

4

2

6

3

50

-

100

150

EE 422 Electronic Circuits (2) 4 2 6 3 50 - 100 150

EE 423 Microcomputers 4 2 6 3 50 - 100 150

EE 424 Project 1 1 2 - 25 - - -

EE 425 Electrical Testing (A) - 4 4 3 30 20 50 100

EE 431 to

EE 431

Elective Courses 2 2 4 3 30 - %0 100

O 411 O 412

Human and Cultural Course *

2

-

2

2

10

-

40

50

Total 1% 13 30 %00

EE 426

Second Semester: Digital Communication Theory

4

2

6

3

50

-

100

150

EE 42% Interfacing 4 2 6 3 50 - 100 150

EE 423 Microwave Circuits and Optical Fibers

4 2 6 3 50 - 100 150

EE 424 Project 2 2 4 - 50 %5 150

EE 425 Electrical Testing(B) - 4 4 3 30 20 50 100

EE 431 To

EE 431

Elective Courses

2

2

4

3

30

-

%0

100

Total 16 14 30 300


The Elective Courses are selected from the following:

EE 431- Digital Telephony EE 432- Adaptive filters and Digital signal processing applications EE 433- Optoelectronic devices EE 434 - Wave propagation and Fiber optics EE 435- laser and its applications EE 436- Sound signal processing EE 43%- Information theory EE 433- TV engineering EE 431- Satellite communication systems

The department council can add and create optional courses after credence and submission the course contents Human and Cultural Course * is Selected From the Following: O 411 a - Industrial Psychology O 411 b – Occupational Health O 411 c – Occupational Safety


O 412 a - Environment Pollutant O 412 b - Engineering Economics

A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester.



Computers and Systems Section

Table No. 22

Code No.

Course Title


Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

EC 421

First Semester: Computer Architecture

4

2

6

3

50

-

100

150

EC 422 Automatic Control (II) 4 2 6 3 50 - 100 150

EC 423 Control of Industrial Process

3 1 4 3 30 - %0 100

EC 424 Project 2 1 3 - 25 - - -

EC 425 Electrical Testing (A) - 4 4 3 30 20 50 100

EC 431 to

EC 431

Elective Courses

2

2

4

3

30

-

%0

100


2

-

2

2

10

-

40

50

Total 1% 12 21 650

EC 426

Second Semester: Digital control

4

2

6

3

50

-

100

150

EC 42% Operating Systems 4 2 6 3 50 - 100 150

EC 423 Computer Interfacing 4 2 6 3 50 - 100 150

EC 424 Project 2 - 2 - 50 %5 150

EC 425 Electrical Testing (B) - 4 4 3 30 20 50 100

EC 431 to

EC 431

Elective Courses

2

2

4

3

30

-

%0

100

O 412

Human and Cultural Course (B)*

2

-

2

2

10

-

40

50

Total 13 12 30 350


The Elective Courses are selected from the following: EC 431- Introduction to Using Computer in Control EC 432- Neural Networks EC 433- Artificial Intelligence EC 434- Robots EC 435- Computer Graphics EC 436- Parallel Processing EC 43%- UNIX Operating System EC 433- Programmable Logic Circuits EC 431- Computer Networks, Embedded Systems, Design and Implementation of Operating Systems, Programming Engineering, Computer Systems, Computer Systems Analysis, Object Oriented Programming, Data Base Design, Programming of Computer Networks.


Human and Culture Course (A) Selected From the Following: O 411 a – Industrial Psychology O 411 b – Occupational Health O 411 c – Occupational Safety


Human and Culture Course (B) Selected From the Following: O 412 a - Environment Pollutant O 412 b - Engineering Economics A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester except humanities and cultural courses.




Table No. 23

Code No.

Course Title


Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

EP 421

First Semester: Electrical Machines (3)

4

2

6

3

50

-

100

150

EP 422 Power System Analysis 4 2 6 3 50 - 100 150

EP 423 Energy Conversion and Utilization

3 1 4 3 30 - %0 100

EP 424 Project 2 1 3 - 25 - - -

EP 425 Electrical Testing ( ِ A( 1 4 5 3 50 25 50 125

EP 431 to

EP 431

Elective Courses (3)

3

1

4

3

30

-

%0

100


2

-

2

2

10

-

40

50

Total 11 11 30 6%5

EP 426

Second Semester: Power Systems Protection

4

2

6

3

50

-

100

150

EP 42% Power Systems Control 4 2 6 3 50 - 100 150

EP 424 Project 2 1 3 - 50 %5 150

EP 425 Electrical Testing (B) 1 4 5 3 50 25 50 125

EP 431 to

EP 431


3

1

4

3

30

-

%0

100

EP 431 to

EP 431


3

1

4

3

30

-

%0

100

O 412

Human and Cultural Course (B)*

2

-

2

2

10

-

40

50

Total 11 11 30 325

The Elective Courses are selected from the following:

EP 431 - Variable Speed Drives EP 432 - Theory of Electric Machines (3) EP 433 - Linear Electric Machines EP 434 - Dynamics of Electric Machines EP 435 - Electrical Machines Design EP 436 - Power System Voltage Stability EP 43% - Introduction to Synchronous Stability EP 433 - Introduction to FACTS EP 431 - Static VAR Compensator and HVDC System. The department council can add and create optional courses after credence and submission the course contents * Out of the flunk courses Human and Culture Course (A) Selected From the Following: O 411 a - Industrial Psychology O 411 b – Occupational Health O 411 c – Occupational Safety


Human and Culture Course (B) Selected Form the Following O 412 a - Environment Pollutant O 412 b - Engineering Economic A & B are one course with intra-semester work and final exam in each semester. All marks are added by the end of the second semester except humanities and cultural courses.


Mining and Metallurgical Engineering Department First Year

Table No. 24

Code No.

Course Title

Hours / Week Duration of

Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

MATH 101

First Semester : Mathematics

4

2

6

3

50

-

100

150

M101 Thermodynamics 3 2 5 3 45 - -

30 125

M102 Machine Drawing and Design

2 3 5 3 45 - -

30 125

I121 Engineering Geology 4 2 6 3 30 20 100 150

C101 Theory of Structures 4 2 6 3 50 - 100 150


2 - 2 2 10 - 40 50

Total Hours 11 11 30 %50

C102

Second Semester : Plane Surveying

4

2

6

3

30

20

100

150

E101 Electrical Engineering 4 2 6 3 30 20

100 150

GE101 Mineralogy and Petrology

4 2 6 3 30 20

100 150

I122 Introduction to Mining Engineering

4 2 6 3 50 - 100 150

E102 Computer 2 2 4 3 40 -

60 100


2 - 2 2 10 - 40 50


* Not counted in case of failing Humanity and Culture Course (O111):The Student Chooses One out of the Following Languages Group:

O111 a - English Language O111 b - French Language O111 c - Arabic Language O111 d - German Language Humanity and Culture Course (O112) : The Student Chooses One out of the Following Histories Group :

O112 a - Pharaonic History O112 b - Islamic History O112 c - Egypt‘s Economic History


Mining And Metallurgical Engineering Department Second Year

Table No. 25

Code No.

Course Title

Hours / Week Duration

of Written Exam.

Marks Upper Limit

Lecture

Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

C 201

First Term Topographic Surveying and Photogrammetry.

3 2

5

3 20

25

30 125

I 221 Rock Mechanics 4 4 3 3 35 25 140 200

I 222 Principles of Metallurgical Engineering

3 3 6 3 50 - 100 150

M 201 Fluid Mechanics and its Applications

2 2 4 3 40 - 60 100

I 223 Applications of Computer in Mining

3 2 5 3 50 - %5 125


2

-

2

2

10

-

40

50

Total Hours 1% 13 30 %50

MATH201

Second Semester : Mathematics and Statistics

2

2

4

3

30 -

%0

100

I 224 Mining Geology (1) 4 2 6 3 30 20 100 150

I 225 Drilling and Blasting Engineering

4 2 6 3 50 - 100 150

I 226 Mine Development 3 2 5 3 50 - 100 150

I 22% Physical Metallurgy 4 2 6 3 50 - 100 150


2

-

2

2

10

-

40

50


* Not counted in case of failing Humanity and Culture Course (O211) : The Student Chooses One out of the Following Courses:


Humanity and Culture Course (O212):The Student Chooses One out of the Following Courses:



Mining and Metallurgical Engineering Department Third Year

Table No. 26

Code No.

Course Title


of Written Exam.

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

Total

I 321

First Semester : Surface Mining Engineering 4

2

6

3

50 -

100

150

I 322 Mining Geology (2) 4 2 6 3 30 20 100 150

I 323 Rock Mechanics and Supporting

4 3 % 3 50 - 125 1%5

I 324 Extraction and Production of Metals

4 2 6 3 50 - 100 150

I 331 Elective Course (1) Mining Engineering

3 - 3 3 25 - 50 %5


2

-

2

2

10

-

40

50


I 325

Second Semester : Underground Mining Engineering 4

2 6

3 50 -

100

150

I 326 Geodesy and Mine Surveying

4 3 % 3 35 20 120 1%5

I 32% Ore Dressing (1) 4 4 3 3 50 - 150 200

I 323 Mine Surveying Project

- 3 3 - 15 25 35 %5

I 332 Elective Course (2) Ore Dressing

2

-

2

3

20 - 30

50

I 333 Elective Course (3) Metallurgy Engineering

2

-

2

3

20

- 30

50


2

-

2

2

10

-

40

50


* Not counted in case of failing Humanity and Cultural Course ( O311): The Student Chooses One out of the Following Courses:

O311 a - Introduction of Political Science O311 b - Laborers Laws and Rules O311 c - Occupation and Society Humanity and Cultural Course (O312): The Student Chooses One out of the Following Courses:



Elective Course (1): Mining Engineering I 331 a - Mineral Resources Exploration

I 331 b - Geology of Underground Water

I 331 c - Block Theory

I 331 d - Method of Finite Element

I 331 e - Geodynamics History of Earth Structures

I 331 f - Surface Subsidence in Mining Areas

I 331 g - Mining Drainage

I 331 h - Rock Fragmentation

I 331 i - Drilling Methods and Their Applications

I 331 j - Physical and Mechanical Properties of Rooks

Elective Course (2): Ore Dressing: I 332 a - Gravity Separation

I 332 b - Crushing and Grinding Operations

I 332 c - Coal Preparation and Concentration

I 332 d - Automation of Ore Processing Plants

I 332 e - Material Handling in Ore Dressing Plants

Elective Course (3): Engineering Metallurgy: I 333 a - Powder Metallurgy

I 333 b - Fuels Refractors and Furnaces

I 333 c - Mathematical Models and Computer Applications in Metallurgy

I 333 d - Corrosion and Protection of Materials

I 333 e - Defects and Failure in Metals and Alloys

I 333 f - Ferroalloys

I 333 g - Transport Phenomena

I 333 h - Heat Treatment of Alloys


Mining and Metallurgical Engineering Department Fourth Year

Table No. 27

Code No.

Course Title


Written Exam.

Marks Upper Limit

Total

Lecture

Ex. &

Lab. Total

Intra- Semester

Work

Prac. or

Oral

Final Written Exam.

I 421

First Semester : Geostatic

4 2 6

3

50 - 100

150

I 422 Mining Geophysics 3 2 5 3 50 - 100 150

I 423 Ore Dressing (2) 4 4 3 3 50 - 100 150

I 424 Mine Ventilation 3 2 5 3 50 - 100 150

I 431 Optional Course (4) Ore Dressing 2 - 2 3 20 - 30 50

I 425 Project 2 - 2 - - - - -


2

-

2

2

10

-

40

50


I 426

Second Semester : Mining Economics and Evaluation

4

2

6

3

50 -

100

150

I 42% Planning and Design of Ore Dressing Plants

4 2 6 3 50 - 100 150

I 423 Mine Machinery 4 2 6 3 50 - 100 150

I 432 Elective Course (5) Mining Engineering 3 - 3 3 40 - 60 100

I 433 Elective Course (6) Metallurgy Engineering 2 - 2 3 20

- 30 50

I 421 Pollution and Environmental Control

2 1 3 2 40 - 60 100

I 425 Project 2 - 2 - 50 - 50 100

Total Hours 21 % 23 300


Human and Cultural Course (O 411) is Selected Form the Following: O 411 a - Industrial Psychology O 411 b - Occupational Health O 411 c - Occupational Safety

Elective Course (4): (a) Ore Dressing: I 431 a - Modeling and Simulation of Mineral Processing Operations

I 431 b - Concentration of Egyptian Ores

I 431 c - Froth Floatation of Ores and Its Applications

I 431 d - Dewatering and Waste Disposal of Mineral Processing Plants Reject

I 431 e - Evaluation of Mineral Processing Operations

I 431 f - Electrical and Magnetic Separations

I 431 g - Physical and Chemical Properties of Froth Floatation


Elective Course (5) (b) Mining Engineering: I 432 a - Tunnel Engineering

I 432 b - Engineering Models

I 432 c - Mining Technology

I 432 d - Geometry of Ore Deposits

I 432 e - Photoelasticity and its Applications in Mining

I 432 f - Engineering Geophysics

I 432 g - Petroleum Geophysics

I 432 h - Design of Stratified mines

I 432 i - Study and Management of Mining Projects

I 432 j - Stability and Design of Rook Slopes

I 432 k - Effect of Mining Operation on Earth‘s Crust

I 432 L - Ventilation Design

I 432 m - Technology of Surface Mining and Quarries

I 432 n - Special Methods of Ore Extraction

Elective Course (6): (c) Engineering Metallurgy: I 433 a - Engineering Materials

I 433 b - Solidification and Casting of Metals & Alloys

I 433 c - Metallurgical Equipment Plant Design

I 433 d - Phase Equilibrium

I 433 e - New Materials

I 433 f - Electro metallurgy

I 433 g - Materials Testing and Processes

I 433 h - Manufacturing Processes

I 433 i - Recovery & Recycling of Energy and Materials


Architectural Engineering Department First Year

Table No. 28

Code No.

Course Title


Written Exam.

Maximum Marks

Total Lecture

Ex. &

Lab. Total

Intra- Semester

Exam.

Prac. or

Oral

Final Written Exam.

A 121

First Semester : Basics of Architectural Design

2

6

3

4

100

20

30

200

A 122 Building Construction(1) 2 4 6 4 30 - %0 150

A 123 Visual Drawing & Colors - 6 6 4 30 - %0 150

A 124 Theories of Architecture (1)

4

-

4

3

30

-

%0

100

C 101 Surveying 2 2 4 3 20 10 %0 100

O 111 Humanities and Cultural Course (A)*

2

-

2

2

10

-

40

50

Total Hours 12 13 30 - - - %50

A 125

Second Semester: Architectural Design (1)

-

3

3

6

100

20

30

200

A 126 Shade , Shadow & Perspective Drawing

2

4

6

4

30

-

%0

150

A 12% History of Architecture (1)

4

-

4

3

30

-

%0

100

C 102 Theory of Structures 4 2 6 3 50 - 100 150

A 123 Introduction to Computing

1

3

4

2

30

20

50

100

O 112 Humanities and Cultural Course (B)*

2

-

2

2

10

-

40

50

Total Hours 13 1% 30 - %50

* Doesn't Add-up to the Maximum Allowed Failing Courses

Humanity and Culture Course (O111):The Student Chooses One out of the Following Languages Group:

O111 a - English Language O111 b - French Language O111 c - Arabic Language O111 d - German Language

Humanity and Culture Course (O112) : The Student Chooses One out of the Following Histories Group :

O112 a - Pharaonic History O112 b - Islamic History O112 c - Egypt‘s Economic History


Architectural Engineering Department Second Year

Table No. 29

Code No.

Course Title


Written Exam.

Maximum Marks

Lecture Ex. &

Lab. Total

Intra- Semester

Exam.

Prac. or

Oral

Final Written Exam.

Total

A 221

First Semester : Architectural Design(2)

-

3

3

6

100

20

30

200

A 222 Building Construction (2) 2 4 6 4 30 - %0 150

A 223 Applications of Computer 1 3 4 2 30 20 50 100

A 224 History of Architecture (2) 4 - 4 3 30 - %0 100

C 201 Theory of Structures(2) 4 2 6 3 50 - 100 150


2

-

2

2

10

-

40

50

Total Hours 13 1% 30 - %50

A 225

Second Semester : Architectural Design (3)

-

3

3

6

100

20

30

200

A 226 Theory of Architecture(2) 4 - 4 3 30 - %0 100

A 22% Urban Planning (1) 2 4 6 4 30 - %0 150

C 202 Material Properties 2 2 4 2 30 - %0 100

A 223 Bldg.

Physics

Acoustics 2 1 30 - 40

Lighting 1 - 6 3 10 - 20 150

Air-Conditioning 2 - 20 - 30


2

-

2

2

10

-

40

50


* Doesn't Add-up to the Maximum Allowed Failing Courses

Humanity and Culture Course (O211) : The Student Chooses One out of the Following Courses:


Humanity and Culture Course (O212):The Student Chooses One out of the Following Courses:



Architectural Engineering Department Third Year

Table No. 30

Code No.

Course Title


of Written Exam

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Exam.

Prac.or

Oral

Final Written Exam.

Total

A 321

First Semester : Architectural Design (4)

-

3

3

6

100

20

30

200

A 322 Working Drawings(1) - 6 6 6 %0 20 60 150

A 323 Environmental & Climatologic Studies

2

1

3

3

25

-

50

%5

A 324 Building Laws & Regulation

2

2

4

3

30

-

%0

100

C 301 Structural

Eng.

Concrete Construction

2

1

25

-

50

Steel Construction

1 1 % 4 15 - 35 1%5

Foundations 1 1 15 - 35


2

-

2

2

10

-

40

50


A 325

Second Semester : Architectural Design (5)

-

3

3

6

100

20

30

200

A 326 Working Drawing (2) - 6 6 6 %0 20 60 150

A 32% Urban Planning(3) 2 4 6 3 60 20 %0 150

A 323 Theories of Architecture (3)

4

-

4

3

30

-

%0

100

C 302 Sanitary Engineering 2 2 4 3 30 - %0 100

O 312 Humanities and Cultural Course (B)*

2

-

2

2

10

-

40

50


* Doesn't Add-up to the Maximum Allowed Failing Courses Humanity and Cultural Course ( O311): The Student Chooses One out of the Following Courses:

O311 a - Introduction of Political Science O311 b - Laborers Laws and Rules O311 c - Occupation and Society Humanity and Cultural Course (O312): The Student Chooses One out of the Following Courses:


Architectural Engineering Department


Fourth Year Table No. 31

Code No.

Course Title


of Written Exam

Marks Upper Limit

Lecture Ex. &

Lab. Total

Intra- Semester

Exam.

Prac. or

Oral

Final Written Exam.

Total

A 421

First Term Architectural Design (6)

-

3

3

6

100

20

30

200

A 422 Urban Design 4 4 3 4 100 20 30 200

A 423 Management of Building Operations

4

-

4

3

30

-

%0

100

A 424 Quantities& Specifications 2 2 4 3 30 - %0 100

A 425 Housing 2 2 4 3 40 - 60 100


2

-

2

2

10

-

40

50


A 426

Second Term Working Drawing (3)

-

3

3

6

100

20

30

200

A 42% Urban & Regional Planning

2

6

3

4

100

20

30

200

A 423 Project - 12 12 - 100 200 300

A 431 to

A 435

Elective Course

2

-

2

2

15

-

35

50


* Doesn't Add-up to the Maximum Allowed failure Courses

Human and Culture Course (O 411) Selected From the Following: O 411 a - Industrial Psychology O 411 b – Occupational Health O 411 c - Occupational Safety Elective Course:

The Student Selects One out of the Following Courses: A 431 - Methods of Scientific Research in Architecture & Urbanization A 432 - Environmental Pollution A 433 - Geography of Cities A 434 - Building Economics A435 - Acoustic Design of Building


Preparatory Year ( For all Students)

MATH 001- Mathematics A- Differential Calculus and Algebra : Functions (concepts, classification, composition, inverse) – Elementary functions (trigonometric and inverse trigonometric, logarithmic and exponential, hyperbolic and inverse hyperbolic) - Limits (limit of a sequence, limit of a function, one sided limit, limit of infinity, theorems of limits) - Continuity definition, theorems, continuity of composite and inverse functions – Derivatives (rules of differentiation, derivatives of inverse functions, implicit and parametric differentiation, higher order derivatives) – Applications ( mean value theorem, Taylor and Mclaurin expansions, drawing functions and approximations). Binomial theorem (with arbitrary exponent) and applications in approximations, general term and sum of series – General theory of equations and some approximate solutions (bisection, fixed point, Newton – false location and intersection methods) – Matrices and systems of linear equations (solution of systems, rank and elementary operations, Gauss elimination method, Gauss – Jordan method, iteration method). B- Integral Calculus and Analytic Geometry: Integration as antiderivative – Methods of integration (integration by parts, substitution, partial functions, power of trigonometric and hyperbolic functions, reduction formulas) - Definite integrals (properties, Reimann lower and upper sums – fundamental theorem of integral calculus, improper integrals) – Applications (areas, volume of revolution, surface area) – Approximations (trapezoidal and Simpson) Introduction to simple first order differential equations. Vector algebra (representation of vectors in space, vector product) – polar, cylindrical and spherical coordinates – methods of representing vectors in space – General form of the second order equation representing conic sections (properties of conic sections, parabola, ellipse, hyperbola) – Translation and rotation of coordinate axes – Equations of the two lines – spheres – surface of revolution – Line and plane in space. MATH 002- Mechanics A- Statics Vector algebra - Applications on vectors – Resultant and moments of equivalent force systems – Equilibrium of a particle and a system of particles – Friction. B- Dynamics

Kinematics of a particle – Kinetics of a particle – Conservation laws (conservation of energy, liners momentum and angular momentum) - Principle of work and Kinetic energy- Applications .

PHY 001 - Physics A- Properties of Matter


Physical quantities – Units and dimensions – The law of gravity and applications – Fluid mechanics – Elasticity – Wave motion – Sound waves – Superposition and standing waves. Heat and Thermodynamics Heat Transfer – Kinetic Theory of gases – First low in Thermodynamics – Entropy and the second low of thermodynamics.

B- Electricity and Magnetism Electric fields – Capacitance and dielectrics – Current and resistance – Gauss‘s law – Electric potential – Direct current Circuits - Magnetic fields – Sources of the magnetic field – Faraday‘s law – Inductance – Alternating current circuits . MC 000- Engineering Drawing and Descriptive Projection

Engineering Drawing(A) 1- Types of lines and using of drawing instruments Writing letters. 2- Geometry of technical drawing. 3- Multi0view Projection (orthographic Projection). 4- Missing View and isometric drawing dimensioning. Descriptive Projection (A) 1- Representation of the basic elements (Point, Line and Plane) in Monge and

Axonometric Projections . 2- Intersections and development of solids with edge plane. 3- Auxiliary projection and its application. 4- Index projection and its application 5- Representation of solids and their intersections by CAD3D. Engineering Drawing (B) 1- Sectional views. 2- Intersections of Engineering Solids. 3- Steel Construction drawing. Descriptive Projection (B) 1- Principal of computer drawing representation using V-BASIC. 2- Positions and metric problems 3- Polyhedra 4- Revolution Surfaces 5- Plane intersection of surfaces and their developments 6- Intersections of surface of revolutions.

M000- Production Technology

Production Technology (A) - Engineering Materials: ( Ferrous metals, Non- ferrous metals, Non- metallic materials, Heat treatment of metals, Mechanical properties of metals, Alloys). - Casting Processes : ( Sand casting, plate molding, sweep molding, Die casting centrifugal casting). - Metal Forming Process


( Forging process, Rolling process, Wire drawing process, Deep drawing process, Spinning of sheet metals) - Joining of Metals: (Riveting, Welding, Adhesive bonding). Production Technology (B) - Metal Cutting Processes: - Machining Processes : (Cutting lathe, shapers and planer, Drilling, Milling, Broaching, Grinding). - Measuring Processes:

(Vernier calipers, Micrometers, Dial gauges of dial indicators, Angular measurements, plug and ring limit gauges).

- Workshop Layout: EC 000- Introduction to Computers Computers Systems 414: Computer Organization Histories background, Computer Inputs/Outputs, CPU, Peripherals. Programming Introduction 414 : System Programs, Application Programs, Problem analysis, algorithms, problem solution technique, Software Packages 214 :

ART 000- Technical English Language Characteristics of technical English Language – Revision of grammar, rules of style and features of the sentence- Showing common mistakes in writing the technical English sentence – Building-up paragraphs – Kinds of paragraphs – Explaining the main idea in a text – Developing skills of communication through reading and analyzing extracts of technical writing in the various branches of engineering. CHEM 000- Chemistry Gaseous state – material and thermal balance in burning processes – Properties of Solutions – Equilibrium in physical and chemical changes - Electrochemistry and corrosion of metals - Water treatment - Air pollution (sources and effect) - Selected Chemical industries (dyes – polymers – sugar – petrochemicals detergents). ENG 000- History of Engineering & Technology Definition of Arts, Sciences and Engineering technology- Cultures development and its relation with natural and human Sciences and Society – History of technology and engineering – Historical interrelation between science and technology – relations between the Engineering and environmental development socially, economically and civilization- examples of evolution of the Engineering activities.


Civil Engineering Department First Year

C121-Theory of Structures

Theory of Structures (A) Principles of plane statics – Loads and reactions – Internal straining actions in statically determinate beams and frames.

Theory of Structures (B) Analysis of statically determinate trusses – Influence lines for statically determinate structures (Beams, Frames, Arches, Trusses) - Properties of plane areas. C122 - Civil Engineering Drawing

Civil Engineering Drawing (A) Technical definition of civil engineering drawing – Steel constructions – Earth works and their projections in constructions and water channels – Types of retaining walls and abutments (brick, plain concrete and reinforced concrete) –Projection of arches.

Civil Engineering Drawing (B) Artificial construction in the intersection of water channels- Artificial construction for retaining walls in water channels- Projection of water structures way intersections and their artificial construction- Technical specifications and projections of reinforced concrete building – Technical specification of sanitary engineering structures- Netscape constructions for water way (channels and drains) – locks and weirs constructions C123 - Properties and Strength of Materials

Properties and Strength of Materials (A) Properties, Strength and testing of metallic materials –Testing machines – strain gauges – Static tension test – Static compression test –Bending test- Shear test – Hardness test- Metallic tubes- Applications of Egyptian Code in the flied of metallic materials used in constructions.

Properties and strength of materials (B) Properties, strength and testing of non-metallic materials (Timber, Brick , Tiles, Plastic tubes PVC and Stone) – Physical , chemical and mechanical properties for non-metallic materials (cement, Gypsum and lime)- Applications of Egyptian Code in the flied of non-metallic materials. C124 - Surveying

Surveying (A)


Basic principles of surveying – advanced attitudes in surveying – linear measurements and their corrections- Compass surveying – Types of measurement instruments- International and local arrangement of maps- Reading of different maps and standard specifications – Traverses- Accurate areas computations- Blanimeter and its applications- Boundary and subdivisions of lands- Water surveying- Plate table surveying. Surveying (B) Leveling (theory, measurements, equipments)- Longitudinal and transverse sections- Network leveling- Contouring maps by using computer – Earthwork quantities –Theodalite and its applications. C125 - Engineering Geology Principles of physical and structural geology – The influence of geological factors on planning design and construction of works- Geological and geophysical exploration fro structures in rocks – natural aggregate for engineering constructions- Geological engineering of underground openings – Evaluation of dams sites. ME 101- Principles of Mechanical and Electrical Engineering First – Mechanical engineering The definition of machines and their elements- energy conversion –prime moves (Gasoline and Diesel engines) – Simple steam plants- Refrigerators – Truck cranes – Winches- Road machinery the pedal power- Friction – Transmission pf power- Lubrication of machines. Second- Electrical engineering Basic laws of electrical engineering – Main definitions- Kirchoff‖ s laws- Loop current method and node voltage method- Network theorems: Super position –Thevenins- Nortons- Reciprocity- Compensation and maximum power theorem- A-C circuits: Generation of A-C current- Frequency-Cycle- Angular frequency -Average and effective values- A-C current in R-L-C circuits. MATH 101- Mathematics

I-ALGEBRA Theory of complex numbers and its applications - The equations roots at third and fourth degree - Theory of matrices and its applications in linear equations system- Conical sections

II-CALCULUS Differentiation: Advanced methods of integration – Properties and applications of definite integrals - Linear integration- Taylor ‗s expansion- Multi-integrals and its applications.

III-APPLIED MATHEMATICS Fundamentals of elastic bodies mechanics (displacement, energy and stability)- Thermal stresses – Distribution of stresses and Hook‘s law- Theory of bending and Clabiron equation for equilibrium. Hydrostatic: Equilibrium of floating bodies- Bernoulli‘s equation- forces paths and equal domain surfaces. A101 Building Construction Building construction materials- Evaluation of building construction methods –Foundations-Brick building-Working stresses- Stone building- Bearing and retaining


walls- Arches-Lintels- mortar, plain concrete and reinforced concrete- Isolation materials and their applications- Stairs- Prefabricated buildings.

Civil Engineering Department Second Year

C 221- Theory of Structures

Theory of Structures ( A ) Normal Stresses – Shear Stresses – Combined and Principal Stresses . Theory of Structures ( B ) Deformations in Statically determinate Structures- Solution of Statically indeterminate Structures by using three moments equation – Moving loads – Buckling of columns. C 222 - Design of Concrete Structures

Design of Concrete Structures ( A ) Reinforced Concrete materials Properties – Concrete members Subjected to bending moment – Design methods of reinforced concrete – Elastic design of Sections subjected to bending moment. Design of Concrete Structures ( B ) Strength of R.C. Sections subjected to bending moment – Strength of R.C. Sections subjected to shearing force – Loads and design of R.C. beams – R.C. slabs – R.C. stairs. C 223 - Irrigation & Drainage Engineering

Irrigation & Drainage Engineering ( A ) Definitions – Development of irrigation in Egypt – Water resources – Water demands – Water Consumption – Planning and design of conventional irrigation networks – Modern irrigation systems.

Irrigation & Drainage Engineering ( B ) Introduction about drainage : its importance and Problems _ Open drainage _ covered drainage _ Vertical drainage _ Drainage Stations _ Treatment of drainage water _ underground water. C 224 - Surveying (Topography)

Surveying (A): (Topography) Introduction to Tacheometric Surveying – Electro – magnetic devices for distance measurements - Adjustment of polar polygons – Horizontal , Vertical and adverse curves – Applications of topography and plane Surveying in Civil Works . Surveying (B) (Photorgrammetry and Remote Sensing )


Introduction to photogrammetry – Instruments of photogrammetry – Measurements and corrections in photogrammetry – Photos overlapping – Measurements from stereoscopic vision instruments – Remote sensing – photography by spectroscopic cameras – thermal photography – Radars – GIS.

C 225 - Strength and Properties of Materials (2) Bending test – Static shear – Torsion test – Hardness test – Stiffness – Impact – Metals creep – Plain Concrete ( Fresh and hardened ) – Concrete technology – Elastic Failure theories . C 226 - Hydraulics (1) Properties of fluids – Forces in static fluids – Fluid pressure measurements – Hydrostatic pressure Forces on Surfaces – Buoyancy and Flotation – Kinematics of fluid motion – pressure intensity and velocity changes in moving fluids – Energy equation – Newton second law – applications of dimensional analysis – Dynamic similitude – Introduction to hydrodynamics – Flow in pipes and closed conduits – pipe networks . C 227- Soil Mechanics and Foundation (1) Fundamental definitions – Soil properties – Soil classification – Soil permeability – Soil pressure – Shear forces – Stresses in soils – Soil consolidation – Earth pressure. MATH 201- Mathematics (2) Ordinary differential equations of the first order and fist degree and some applications – Ordinary differential linear equations of n th order and its applications – Double and triple integration‘s and their application – Spherical triangular computations – Matrices – Theory of finite difference equations and its applications .


Civil Engineering Department

Third Year C 321- Theory of Structures (3) Deflection of statically determinate frames – virtual work method for analysis of statically indeterminate structures– column analogy method – slope deflection method – moment distribution method - influence lines of statically indeterminate structures – direct stiffness method for analysis of statically indeterminate structures. C 322 - Design of Steel Constructions

Design of Steel Constructions (A) Loads and stresses- design of steel members subject to tension and compression- Frame roofs – Design of Connections

Design of Steel Constructions (B) Design of columns and supports – Design of different beam types – Design and analysis of multistory structures – design of composite structures of steel and concrete. C 323 – Design of Concrete Structures

Design of Concrete Structures (A) Special roofs – Design of reinforced concrete sections subject to axial forces and bending moments – design of reinforced concert frames

Design of Concrete Structures (B) Design of different systems of roofs- structural details - special problems C 324 - Water Supply Engineering Introduction -studies of water consumption (prediction of population quantities of water consumption and sources of water supply) - Ground water and rain water - works of water supply (collection works, purification works, mixing, coagulation and flocculation, sedimentation filtration and disinfection)- distribution works (pipe networks , water storage tanks and pumping stations)- quality and specifications of drinking water. C 325 - Geodesy General methods of correcting surveying and Geodetic observations. Theory of probability and its application in Geodetic observations. Design of trialteration and triangulation. Least squares methods and application in adjustment geodetic observation. Condition equations. Programming of condition equations. error propagation in observations. GPS. adjustment of leveling networks. map projections. astronomy, determination of latitude, longitude, azimuth.


C 326 - Soil Mechanics and Foundations (2) Prediction of settlement of structures - stability of slopes - bearing capacity of soil - soil investigation - design of shallow foundation - design of deep foundation - design of pile caps. C 327- Design of Irrigation Structures Bridges: bridge classification - choice of bridge location - footings of bridges - abutments, piers, wing walls, entrance and exits - bridge supports and design of different types of bridges - temporary bridges – floating bridges - Arch bridges - steel bridges - concrete bridges- maintenance of bridges. Siphons : concrete siphons - steel siphons - stone siphons - weir siphons - design of different types of siphons. Culverts :stone culverts- steel culverts- reinforced concrete culverts - design of culverts. Aqueducts : metallic aqueducts - stone aqueducts- concrete aqueducts. Weirs : end weirs - side weirs – design of weirs.

C328- Hydraulics (2) Water flow in open channels - equations used for design of channel sections - specific energy, critical depth- hydrostatic and hydrodynamic forces due to water flow in open channels, and applications -Gradually varied flow - water surface profile and its methods of calculation - introduction on boundary layer - drag and lift on submerged objects- river hydraulics and bed load - hydraulic hammer tanks – turbines & pumps - hydraulic machines - flow systems in open channels and river - critical shear stress.

C329- Transportation and Traffic Engineering -Transportation Planning: introduction - transportation inside and outside cities - data base - mathematical model in transportation prediction - alternative transportation networks – evaluation of transportation networks. -Traffic Characteristics of trucks- driver and road - traffic features studies- relationships between traffic variables- traffic capacity and service level – means of traffic organizing and control. A - Elective Courses of Structural Engineering C 331-1- Construction Technology and Engineering Materials Microstructure of concrete - methods of mix design of concrete- development of technology of concrete and the special types and its manufacturing- modern uses of special types of concrete - theories of failure of engineering materials - wooden materials used in construction - admixtures of concrete and its applications - quality control of engineering materials and constructions - different tests of concrete structures - steel corrosion - formworks of concrete - mechanical tests of welded


connections - different systems of concrete constructions and steps of implementation. C331-2- Repair, Maintenance and Strengthening of Concrete Structures Cracking of buildings, probable defects during executing operations and failure of different structures - Examples for some of existing failed structures. Inspections of defects of concrete structures- repair and strengthening of concrete structures - maintenance and protection of concrete structures. Repair and retrofitting of underground and water structures - repair of concrete floors- materials of repair and protection and its uses - modern technology of repair of concrete structures - buildings subject to fire and its design methods . C 331-3- Dynamics of Structures and Earthquake Engineering SDOF undamped free vibration mode - SDOF damped mode - SDOF under harmonic loading - dynamic behavior due to general loading- multidegree of freedom systems- damped motion of shear buildings - behavior of structures during earthquake motions - precautions against earthquake in the codes of practice. C 331-4- Foundations on Soils with Problems Characteristic behavior of swelling soil - characteristic behavior of loose soil - characteristic behavior of collapsed and soft soil.

B– Elective Courses of Irrigation and Hydraulics

C 331-5- Design of advanced irrigation systems Introduction - advanced irrigation systems- irrigation methods - surface irrigation - undersurface irrigation - drip irrigation - sprinkler irrigation. C 331-6- Applied Hydraulics Introduction in hydrodynamic and flow function - stress function - flow field - different flow systems - flow networks and its applications - water distribution networks - linear theory of analysis of networks - Hardy Cross method for the analysis of water networks - Design of different types of channels. C 331-7- Engineering of Water Control and its Management Available surface water - design of flow - control structures. C– Elective Courses of Public Works C 331-8 Photogrammetry and Remote Sensing General condition of photogrammetry- photogrammtric triangulation condition -vertical phonograms production- digital photogrammetry- panorama photogrammetry- engineering application - remote sensing- principles of remote sensing and developments- the role of weather condition - different techniques of photography in remote sensing- preparation of information- digital production of images- rectification of images- GIS and remote sensing- engineering applications- remote sensing in urban planning and agriculture. C 331– 9 Planning and Design of Transportation Infrastructure Introduction - transportation problems - transportation demand - serviceability and engineering characteristics - different transportation means - how to choose the most suitable transportation means - traffic organization - planning of public transportation.


C 331- 10 Sanitary & Environmental Engineering Introduction - field sanitary and environmental engineering - environmental pollution - water feeding - sanitary works - pipes - drainage liquid wastes in isolated regions - protection laws for water areas.

Civil Engineering Department

Fourth Year C 421 – Design of R . C. Structures (3) Water Structures – Pre-stressed Concrete structures – Shell structures (domes, cones, ..… etc. ) – Selected problems. C 422– Design of Irrigation Structures Design of Irrigation Structures ( A ) Weirs – Regulators - Methods of energy dissipation behind water structures. Design of Irrigation Structures ( B ) Locks – Dams - Tunnels. C 423 - Roads and Airports Engineering Introduction to planning of roads and airports – road network skeleton – longitudinal and transverse section in roads – planning of surface and lower intersections - Road pavement materials – Design of elastic and rigid pavement for roads & airports – Construct instrumentation. C 424- Sanitary Engineering Water distribution system – Wastewater treatment system – Wastewater Collection system – Self – Purification of water streams – Solid wastes collection and disposal system. C 425 - Computer Application in Civil Engineering Basic elements – Data Values and types – Storage – Expressions – Assignments – Control Statements – Input and output – Format specifications – Program structure – Examples for program design – Computer programs for framed structures ( Fortran Programming and flow charts ) by stiffness method . C 426- Profession Risk Protection Introduction – Buildings erection risks – underground and surface Construction risks – and protects of using different building materials – Necessary precaution needed during construction. C 427- Design of Steel Bridges Introduction to bridges construction – Loads and stresses in bridges – Design of girder bridges – Design of truss Bridges – Orthotropic plate and box girder bridges – The use of computer in structural design of bridges. C 428 - Constructions Management


Planning and scheduling, Construction economics, contract construction, construction safety and health – Relation between cost and time. C 429 - Railway Engineering Studies of railway surged foundations – Railway alignment – Railway signaling, CTC systems – Railway track design – Branching, stations , yards and signals .

C 42921- Harbor Engineering and Internal Navigation Water transport – Harbor and Berth alignment – Harbor protection – waves – Harbor modeling – Break waters – Quay and its design – Types of quays – Design the cross-section of a navigable waterways – Methods of rivers and navigable waterways training – Navigation locks and methods of computing its navigation efficiency – Directing signals for navigation purposes and its design – Methods of mooring and towing several boats – Navigation waterways in Egypt. C 431 - Elective Course (2)

C 431-1- Advanced Concrete Structures Limit state design – Multi-Story buildings - Shells and folded plates structures – R. C. silos. C 431-2 - Advanced Steel Constructions Curved beams – design of composite bridges – suspended bridges – box curved bridges. C 431- 3- Reinforced Concrete Bridges Introduction – Types of R.C. bridges – Loads on R. C. bridges – Distribution of loads on the elements of bridges – Joints in R. C. bridges - Constructions details in bridges - Composite bridges - Design of different types of bridges. C 431- 4- Advanced Strength of Materials General state of stress and strain – Absorbed energy – General Hooks law – Theories of failure and its applications - Thick and thin cylinders – Equilibrium and stability of slender columns – Strain Ganges. C 431- 5 - Advanced Structural Analysis Beams an elastic media – axial force effects – Analysis of rectangular and circular thin plates – Numerical analysis by finite differ & finite elements methods. C 431- 6- Theory of Pre-stressed or Prefabricated Structures Introduction – Design of pre-stressed elements (simple and continuous beams) – Prefabricated concrete production – Different element types of prefabricated concrete. C 431-7- Advanced Foundations The general principles of foundation design – Spread foundation – Buoyancy rafts and basements (Box Foundation) – Foundation construction – Cofferdams – Shoring and underpinning – Protection of foundation structures. C 431- 8- Special and Deep Foundations


Introduction – Types and usages of piles- Static and dynamic analysis of pile – Determine of pile load caring capacity of pile in site and lab – Types of casinos - Determine of load caring capacity of casinos and its settlement on soil – Behavior of casinos under horizontal loads. C 431- 9- Design of Special and Big Irrigation Structures Types, choice of locations and design of Dams and storage Tanks - Theories of storage – Refinement of rivers – Lining of canals. C 431–10 - Methods and Systems of Constructing Big Irrigation Projects Definition of small and big irrigation projects – Refinement of canals and rivers – Dams execution for de-watering – determination of artificial works axes – Control of underground water in situ – Timber and steel form-work for curtains – Specifications and precautions concerning the execution of pre-cast piles – Construction of big barrages on rivers – construction of siphons by floating and diving. C 431-11- Hydrology Occurrence of ground water – Ground water movement – Ground water and well hydraulics – water wells – Ground water levels and fluctuations – Quality of ground water – Ground water development - Surface and subsurface investigations of ground water – sea water intrusion. C431–12 - Hydrology of Underground Water Introduction – Underground water in the hydrological circle – Underground water existence – Underground water motion – Underground water and wells – Design of wells – quality of underground water – Surface and subsurface searching of underground water. C 431–13 - Hydrology of Rivers and Open Channels Rivers characteristics – Rivers uses – Rivers hydraulics (Basic flow equations – Velocity distribution in disturbed flow – Friction coefficients – equations of motion) – Sedimentary transportation in canals and rivers – Rivers engineering. C 431–14 - Irrigation Records Measurements and Balancing Works Different methods of water levels measurement – Methods of measuring water velocity and discharge – Difference between head and cross regulators – Balancing on weirs and water falls – Methods of scour protection downstream balancing works – Balancing works on dams – Records measurement of underground water. C 431–15 - Control Engineering of Environmental Pollution Introduction – Control of environmental pollution – Water pollution – Air pollution – Industrial wastes – Solid wastes. C 431-16 - Maintenance of Transportation Nets Studies of different transports – Means for Urban & inter-city transportation – Methods of determining the transportation intensities – Traffic engineering for urban & inter-city transportation – Economic studies of different transport means.

C 431–17- GIS Applications for Modernizing Digital Maps


Elements of geography information system – Advantages of using computer in maps production – Data resources – Different methods of representing data of GIS Linear representation of data – Data bases – Different methods of maps modernization. C 431-18 - GPS Applications in Geodesy Determination of coordinates from space – Systems development in last years (From Dupler system to GPS system ) – Principal elements of GPS system ) –Principal elements of GPS – Satellites – Application of GPS in geodesy . C 431-19- Solid Wastes Sources and classification of solid wastes – Solid wastes characteristics – gathering methods – Transportation methods – Treatment methods and final disposal – Reuse of solid wastes. C 431-20 - Airports Engineering Elements of Air-transportation – Principals of planning of airports - Means of controlling in motions – Planning of airport elements - Earth-planning and guides of direction – Lights in airports.


Mechanical Engineering Department First Year

M 101- Mathematics:

1- Differentiation and Integration: Ordinary Differential Equations: Multiple Integrals and applications – First degree ordinary differential equations – linear DE of higher orders – Laplace transform and applications – Fourier Series and application.- Partial DE.

2- Analytic Geometry and Algebra: Conical sections – Three dimensional geometry and applications – Divergence and convergence tests – Complex number algebra – complex variables – Demorete theory – solutions of non- Linear algebraic equations and sets.

MR121- Production Engineering (1): Basic production engineering – basic cutting tools – drilling – Lathes – Milling – Grinding – Abrasive jet machining – High pressure jet cutting – Abrasive water-jet cutting – Ultra sonic machining – Electric discharge machining – Electrochemical machining – Electron beam machining – Air–plasma cutting – laser cutting.

MD121- Machine Construction:

Machine Construction (A) Mechanical joints – threaded joints –key joints and Couplings – Riveted joints -Welded Joints – Engineering Materials .

Machine Construction (B) Tolerances and fits – Machining Marks – oil seals – valves – Journal Bearings – Gears – Detailed Drawings – Assembly Drawings.

MP 121- Basics of Computer Science: Introduction on computer main components – Algorithms and program development – program compilation and testing program processing environment – FORTAN Programming introduction – Fortran constants and variables – Arithmetic expressions and operations Fortran library functions – Fortran structure – Input / output specifications list-- directed input / output statements – elementary formatted input / output – specification statements – control structure Decision structure in FORTAN – Loop structure in Fortran – Additional control statements – Subroutines and functions Statement function- subroutine subprograms – Function subprograms – Arrays and Subscripted Variables Array declaration statements – Internal storage of arrays.


C 101- Testing and Properties of Materials: Mechanical Properties of materials - Testing-machines and calibration - Strain gauges - Static Tension Test - Static compression Test - Bending Test - Shear and Torsion - Hardness Test -Thick cylinders and tubes – Fatigue test-Impact test.

MD 122 - Stress Analysis:

Stress Analysis (A): Loads and reactions -Types of loads, Types of supports. Classification of beams – Axial Loads Stress-Strain relationship, Poisson‘s ratio, Shear stress and Factor of safety, stresses caused by temperature – Torsion Torque diagram, the torsion formula, Angle of twist of circular members – Shearing force and bending moment diagram Method of sections, Sign convention for shearing force and bending moment, Relation between shear force and bending moment, bending of compound beams – Shear stresses in beams the shear stress formula for Shear flow.

Stress Analysis(B): Complex stresses and strains-- Stresses on an inclined plane, Principal stresses, Maximum shear stress, Mohr‘s circle of stress, Design of shaft, Stress and strain relationships, Relation between the elastic constants, Strains in an inclined plane, Mohr‘s circle of strain gauges – Deflection of beams Relations between shear force, bending moment, slope and deflection, Direct integration method, Mycology‘s method for concentrated loads. Moment area method The theorem of Castilian, the three-- moments equation-- continuous beams.

C 102 - Fundamentals of Civil Engineering.

(a) Surveying: Basic Principals-Distance measurements-Compass Surveying- Area -measurements-Leveling and its applications in mechanical works. (b) Concrete Structures: Types of Structures -brick and Stone Buildings-Reinforced concrete structures -Sated buildings)- Introduction to Soil mechanics & Foundations-Walls-Roofs-Stairs.

MD 123 - Mechanics of Machines (1): Distributed Forces & centroids - Static Force analysis in machines-Sliding Friction, rolling Friction, Mechanical efficiency-Moment of inertia (Mass & Area)-Kinematics of rigid bodies-Force, mass & accelerator-Work & Energy-Impulse and Momentum- Simple Mechanisms- Governors-Gyroscopic effects.

MP 122 - Engineering Analysis (1): Heat transfer from a body to the surrounding media – Velocity of Escape of a body projected vertically outwards from the earth‘s surface – changes of water level in a tank supplied with water and equipped wit the drains - absorption of light when passing through a transparent layer of water – loss of humidity from a porous body


to the ambient air – Electric current in an R-C or L-C circuit – Motion of a particle attached to a spring and dashpot in each of the four possible cases – Equilibrium curve of a heavy chain or cable hanging from its two ends – Motion of a particle attached to a spring and dashpot under the action of an external constant or variable periodic force in each of all possible cases – Electric current in an electric circuit consisting of a power source - a resistor - an inductance and a condenser in series in each of all possible cases.

MP 123 - Scientific Reports Writing: Stages of preparation of scientific repents (define the object-information gathering- studies preparation-runny experiments- writing drift of repot). studying of styles of writing reports. Use of word processing, spread electronic sheets, electronic mail, data presentation in tables, figures and, charts, (case studies, technical letters, design reports, final reports). Conducting laboratory experiments and writing their reports. Use of email to write short reports and technical letters- Conducting field studies and preparing Posters – working in groups of students.


Mechanical Engineering Department Second Year

MP 221 - Engineering Analysis (2): Engineering analysis for different applications - Equation governing small transverse vibrations of an elastic string (one dimensional wave equation) - Longitudinal vibrations of an elastic horizontal bar or rod vibrations of a rectangular membrane-- Temperature distribution in a long thin bar of constant cross section and perfectly insulated laterally - Steady heat temperature distribution in a rectangular plate (two dimensional heat flow).

MP 222 - Thermodynamics (1):

Thermodynamics (1-A): Introductory Comments – Concepts and Definitions – Heat and work – Properties of Pure Substances – The First Law of Thermodynamics and its applications to control Mass and control Volume.

Thermodynamics (1-B): The Second Law of Thermodynamics – Car not Cycle – Entropy – Applications of the Second Law of Thermodynamics to the Control of mass and volume – Ideal Gases – Introduction to the reciprocating compressors – Simple steam, refrigeration, and gas Cycles.

E 201- Electric & Electronic Circuits Main definitions and laws – circuit elements: resistors Inductors, capacitors and active elements – Electric Circuit topology – First and second Kirckoff‘s Law. Methods for solutions of electric circuits: Step by step simplifications Equivalent resistance, Loop current method and node voltage method. Network theorems: Thevenen and Norton theorem – Reciprocity theorem – Substitutions theorem, Compensation theorem – AC currents average and effective values – performance of AC currents passing through resistors, inductors and capacitors – Magnetic circuits.

MR 221- Engineering Materials and Applications: Engineering materials and their structure - effect of stresses temperatures on the atomic structure of metals - controlling the microstructure and the mechanical properties of material - strain hardening and annealing - relationship between properties and the phase diagram-- ferrous alloys-- steel and its alloys-- special steels-- stainless steel-- non ferrous alloys-- Aluminum alloys – magnesium alloys – copper alloys – nickel and cobalt. – Ceramic materials-- ceramic glasses (atomic


structure specifications and properties and its applications) – polymers, classification of polymers – properties and atomic structure – applications).

MR 222 - Engineering Economy Economical analysis for decision making regarding engineering projects – cash flow – Time value of money and return rate – Different methods of Evaluation of alternatives Economical studies of retirement and replacement of fixed assets – Calculation methods of depreciation and corresponding income – Effects of inflation and inflation rates.

MD 221- Machine Design (1 ):

Machine Design (1-A) Introduction and Definitions of machine elements-- principles of machine elements --strength calculations-- Engineering materials used in machine elements. Machine Design (1-B) Riveted Joints welded Joints --spindles and axles - key joints-- couplings and clutches - Applications, - problems.

MP 223 - Fluid Mechanics (1): Classification of fluids. Definition of viscosity - relationships of pressure - Density and head in stationary fluid- manometers and barometers - pressures- effect of stationery fluid on subjected flat and bended plates - points of effect - Archimedes law - floating bodies - stream lines- velocity and acceleration in two dimensional flow - angular velocity, - continuity equation - Bernoulli‘s equation and its application for ideal fluid - Newton‘s law for fluids and its application in simple cases - laminar and turbulent flow in pipes - Ronald‘s experiments - similarity flow fields and their relations - dimensional analysis- steady flow in pipes, pressure losses in joints and exit connections.

MR 223 - Theory of Metal Cutting and Applications: Machine tools and machining operations, engine lathe – shapers - planners – machines using multi-point tool – Drilling – Milling – broaching . Machines using abrasives: Grinding machines – Mechanics of metal cutting : chip formation process – forces acting on cutting tools – shear angle relationships – friction in metal cutting- temperatures in cutting zones – tool life and tool wear: Crater wear – flank wear – tool life criteria--cutting tool materials – machineability evaluation – Mechanics of milling processes-- horizontal milling – vertical milling - cutting forces in milling. – Nomenclatures of cutting tools – tool in hand angles – tool in use angles – Non-conventional machining processes: abrasive jet machining – electric discharge machining – laser cutting – electrochemical machining – Economics of metal machining: terms of machining costs – optimum cutting speeds for-minimum costs – maximum profit – maximum production rate. – Dynamometer design: lathe dynamometer, milling – drilling dynamometers, Grinding dynamometer – laboratory experiments.

MD 222 - Mechanics of Machines (2): Velocities in Mechanisms by Instant Centers and By Component methods – Velocity and Acceleration Diagrams – Inertia force Analysis – Cams – Gear Trains –Flywheels – Balancing of Rotating and Reciprocal masses.


MP 224 - Computers and Programming Components of Computers – Introduction to Computer Languages – Programming by Fortran – Introduction to C-Language, Writing Programs With C-Language – Constants and Variables – Complex Variables – Input/Output Statements – Control Statements – Repetitions, Matrices and Matrix Operations – Functions, Subprograms and Subroutines – Training and Using of Software Packages in the field of Mechanical Engineering Applications.

MECHANICAL ENGINEERING THIRD YEAR

MECHANICAL POWER SECTION

MP 321- Thermodynamics (2) Power and refrigeration cycles – Mixtures of ideal gases – Availability and irreversibility – chemical reaction and combustion – Application of first and second Laws of thermodynamics on chemical reactions – Thermodynamic relations and generalized charts – Introduction to chemical equilibrium.

MP 322- Fluid Mechanics (2) Incompressible Flow through Multiple Pipes - Pipes in Series -Pipes in Parallel - Branching Pipes -Networks of Pipes – The Boundary layer Along Flat Plate - The Differential and Integral Equations of the Boundary Layer - The Displacement and Momentum Thickness - Approximate Solutions of The Incompressible Laminar and Boundary Layers ; Unsteady Flow in Conduits - Oscillation of Liquid in a U-Tube – Water Hammer Phenomena - Surge tanks; An Introduction to Hydrodynamics - Stream Function -The Velocity Potential - Basic Flow Fields - Combining Flows by Superposition - Some Useful Combined Flow Fields; Flow About Submerged Bodies - Drag Coefficient for Bodies of Revolution - Lift and Circulation - Airfoils of Finite Length - Lift and Drag Diagrams.

MP 323 - Environmental Engineering: Air Quality – Sources of Pollutants – Influence of Metrological Phenomena on Air Quality – Engineering Systems for Air Pollution Control – Combustion Processes – Water Quality – Physical and Chemical Water – Quality Parameters – Engineering Systems for Waste Water Treatment from Industrial Processes.

MD 321- Mechanical Vibrations: Free Vibrations, Single Degree of Freedom Undamped and Damped Systems. Forced vibrations with applications - Systems with Two – Degrees of Freedom – Vibration Absorbers. Numerical Methods for Multi – Degrees of Freedom Systems.

E 301- Electric Power and Machines: Transformer Theory – Single Phase transformers – Transformer equivalent Circuit – Transformer losses – Transformer efficiency and voltage regulation – Three- phase transformers – Synchronous generator – Transmission of Electric Power over high voltage lines – Short, medium and loglines – Calculation of efficiency and Regulation of High Voltage lines Mechanical design of High Voltage lines.


MP 324- Heat Transfer: Introduction to heat transfer – Heat Transfer Modes – Introduction to conduction heat Transfer – One - dimensional conduction – Two - dimensional conduction – Transient conduction – Introduction to convection heat transfer – External flow – Internal flow – Natural convection – Empirical relations for convective heat transfer coefficient Radiation heat transfer – Introduction to heat exchangers.

MP 325 - Hydraulic Machines and Hydraulic Stations: Centrifugal pumps – Mixed flow pumps – Axial flow pumps – Hydraulic turbines and Hydraulic power stations – Positive displacement pumps – Hydro-transmission – Hydraulic systems.

MP 326- Measurements and Mechanical Power Laboratories:

a- Mechanical Measurements: Static and Dynamic Characteristics of Measurement Apparatus – Electronic Transducer of Mechanical parameters – pressure Gauges – Flow Temperatures- Displacement and Angular Transducers – Velocity Transducers – measurements of Force and Torque.

b- Mechanical Engineering Laboratories: Experimental heat transfer measurements – Fluid flow measurements – Fuel characteristics investigation – Measurements on machine dynamics and fatigue – Calibration of measuring instrumentation (pressure, temperature…. ect) – Measurements on hydrodynamic lubrication – Measurements of mechanical properties of materials – Precision measurements of dimensions and surface roughness.

MD322 Machine Design (2):

Machine Design (2-A) Springs – clutches and Brakes – belt drives – Rolling contact bearings - sliding bearings .

Machine Design (2-B) Spur gears – Helical gears – Conical gears – Worm and worm gearing.

Elective Course (1)

MR 331- Operations Research: Linear Programming – duality theory – dual simplex - method - transportation and assignment problems – queuing theory – birth and death processes – Mark chains – simulation concepts and building models – generation of random varieties and validation of simulation models – case studies. MT 331- Modeling and Simulation in Mechanical Systems: Modeling and Simulation – Modeling of Complex systems – Modeling software – random number generators – Analysis of Results case studies


MECHANICAL ENGINEERING THIRD YEAR

MECHANICAL DESIGN AND PRODUCTION SECTION

MD 321- Mechanical Vibrations: Free Vibrations – Single-Degree of Freedom Undamped and Damped Systems – Forced vibrations with applications – Systems with Two-Degrees of Freedom – Vibration Absorbers – Numerical Methods for Multi-Degrees of Freedom Systems.

MR 321- Operations Research: Linear Programming – duality theory – dual simplex method transportation and assignment problems – queuing theory – birth and death processes – Mark chains – simulation concepts and building models – generation of random varieties and validation of simulation models – case studies.

MP 327- Design of Industrial Furnaces: Basics of Heat transfer In furnaces –Thermal Industrial Processes (Heating, Drying, Roasting, Sintering, Melting, Coating, Heat Treatment) – Important Components of the Furnace and Heating Units or Combustors – Heat Exchangers and Furnace Walls – Materials and Products Handling – Calculations of Thermal Design of Furnaces – Calculations of Thermal Design at Furnaces – Design Requirements according to Process – Design Requirements according to Process Design Requirements according to Heating Methods – Fluidized – Bed Furnaces – Temperature control inside Furnaces – Pollution Control pf Furnaces Emissions – Economics of Industry Furnaces and Optimum Design – Some Applications (Melting, Heat Treatment , Sintering, Coating).

MP 328 - Mechanical Measurements :

Static and Dynamic Characteristics of Measurement Apparatus – Electronic Transducer of Mechanical parameters – pressure Gauges – Flow Temperatures- Displacement and Angular Transducers – Velocity Transducers – measurements of Strain, Force and Torque.

E 301- Electric Power and Machines: Transformer Theory – Single Phase transformers – Transformer equivalent Circuit – Transformer losses – Transformer efficiency and voltage regulation – Three- phase transformers – Synchrony generator – Transmission of Electric Power over high

___________________________________________________________________________ Curriculum of Faculty of Engineering - Assiut University Page %0

voltage lines – Short, medium and loglines – Calculation of efficiency and Regulation of High Voltage lines Mechanical design of High Voltage lines.

MR 322 - Metal Forming: Theory of metal forming & its applications-- stress and strain macroscopic plasticity and yield criteria – work hardening – plastic instability – ideal work or uniform energy – slab analysis, force--balance deformation - Zone geometry – formability – bending plastic anisotropy – cupping - redrawing and ironing – complex stamping – sheet metal properties.

MD 323 - Mechanical Design and Production Laboratories: Computer aided measurements of form errors – Computer aided, NC milling Machine – Surface – roughness measurements – sand Testing – Metal forming.

MR 323 - Metrology : Gauge standards – Length measurements – Angle measurements – Geometry measurements – Thread and gears measurements Geometrical errors normalizing – parallelism – Flatness – roundness – surface roughness measurements - Machine tool accuracy testing

Elective Course(1)

MT 332- Hydraulic Systems: Hydraulic principles – Comparing open and closed center systems – Hydraulic symbols – Positive displacement pumps – Types, specifications and performance – Hydraulic control valves – Directional, pressure and flow control valves – Servo valves – Actuators – Hydraulic cylinders and hydraulic motors – Hydraulic accumulators – Study and design of some hydraulic control circuits – Hydraulic system maintenance and trouble shouting .

MP 331- Environmental Engineering: Air Quality – Sources of Pollutants – Influence of Meteorological Phenomena on Air Quality – Engineered Systems for Air Pollution Control – Combustion Processes – Water Quality – Physical and Chemical Water – Quality Parameters – Engineered Systems for Waste Water Treatment from Industrial Processes.

MP 332- Internal Combustion Engines: Engine classifications – Load Speed Control of Engines – Air Standard Cycles – Engine testing – Engine Performance – Combustion & Detonation – Spark Ignition Engines – Diesel Rock – Fuels for Internal Combustion Engines – Fuel Supply and Injection – Super Charging – Scavenging of Two – Stroke Cycle Engines – Combustion in Gas Turbines.


MECHANICAL ENGINEERING Third Year

APPLICATION OF MECHANICAL ENGINEERING IN AGRICULTURE MA 321- Basics of Agricultural sciences: This course covers the basic agricultural sciences that are connected and related to engineering activities it is divided into 4 parts A) Soil and land: Introduction about earth formation and composition - physical and chemical properties of soils - plant feeding and soil fertility - land reclamation B) Plant production: Properties of suitable soil properties for cultivation -methods of cultivation - serving processes of growing plants - harvesting farm and horticulture crops - new trends in plant production. C) Animal production: Basics of egg and meat production --processing of poultry products and poultry houses - physiological consideration - feeding technology - industrial lactation - automatic milk production fattening - sheep and wool technology-- processing of animal skins-- waste technology. D) Food processing: Methods of food preservation (cooling – freezing - drying - smoking - thermal treatment) - Methods of food processing (meat – fish – oil – fats - grains - sugar - milk - vegetables – fruits).



Mechatronics Section MP 329 - Cooling of Electronic Equipment Introduction to Heat Transfer and Applications in Electronic Devices – Conduction Heat Transfer (General Conduction Equation, Steady, one Dimensional Conduction with Heat Sources, Extended Surfaces (Fins), Unsteady Conduction) – Convection Heat Transfer (Convection Mechanism and Basic equations, Empirical Equations for Forced and Free Convection) – Radiation Heat Transfer (Physics of Radiation and radiation properties, radiation Exchange Between Surfaces and Radiation Shape Factor, Radiation Net Transfer for a Surface in an Enclosure) - Methods of Cooling Electronic Devices – A case Study for Cooling Electronic Devices.

E 302- Electronic Circuits (1) Differential Amplifiers, Power Amplifiers, Filter circuit Design Transistor Applications, Integrated Circuits, Amplitude Modulation, Pulse Width Modulation PWM Digital circuit principles, Number systems, Logic circuits, Digital to Analog D/A and Analog to Digital Converters.

MT 321- Mechatronics Laboratory (1-A) Calibration of Pressure, Flow, Temperature transducers – Calibration of Displacement, Force transducers – Measurements of Pressure, Flow, Temperature, Displacement and Force – Training on Operational Amplifiers, signal modulation (PWM) and Logic circuits.

MT 322- Measurements and Transducers Static and dynamic characteristics of transducers – Pressure, flow, level and temperature transducers – linear and angular displacement transducers – tachogenerators – Strain measurements and temperature compensation – force and torque transducers – Design of measuring circuits – case studies.

MT 323 - Automatic Control (1) Introduction to control systems and feedback – Mathematical modeling of physical systems – Mathematical modeling of feedback control systems – Transfer function – steady state error – steady state response – transient response – Routh stability criterion – Root – locus method – performance criteria – Basic control actions – Design of P- PI - PD - PID controllers – Frequency response – Nyquist Stability


criterion – Gain margin and phase margin – Applications using MATLAB software package.

E 303 - Electrical Motors DC- motors theory and performance, control circuits of DC- motors, Induction motors theory and performance, control circuits of Induction motors, AC- motors, linear motors performance and control, stepper motors performance and control, methods of starting, motors selection for required operation.

MT 321 Mechatronics Laboratory (1-B) - Transient response of a pneumatic position servosystem. -Transient response of a level control system with different controllers P-PI- PID. - Transient response of flow control process. - Transient response of temperature control process. - Speed control of conveyors. - A/D and D/A converters. - Computer Simulation of industrial process control systems.

MT 324- Modeling and Computer Simulation of Dynamic Systems: Mathematical Modeling of Physical Systems – Mechanical, Electrical Fluid, Thermal Systems, Power Transmission Systems, Automobile Suspension Systems – Numerical Solution Using Runge-Kutta Methods – Sate-Space representations of Dynamic System – Computer Simulation with MATLAB and DYNAST Software Packages– Case Studies.

MP 333 - Hydraulic Machines and Hydraulic Power Station Types of Pumps – Centrifugal Pumps – limited Flow rate pumps – Hydraulic Turbines – Hydraulic Power Stations – Positive displacement pumps – Hydraulic Transmission – Hydraulic systems.

MP 334 - Pumps, Valves, and Pipe Networks Types of Pumps (centrifugal pumps – Axial Flow pumps) – Cavitation – Types of valves – Flow Characteristics of valves – Pipe in series – Pipes in Parallel – Pipe Networks – Method of Solution of Pipe Networks.


MECHANICAL ENGINEERING Fourth YEAR

MECHANICAL POWER SECTION

MP 421- Heat Exchangers: Classification of Heat Exchangers – Heat Exchangers without phase change for both fluids – Basic Equations for thermal and hydraulic performance – Design Requirements and calculations of Heat Exchangers – Air – cooled Heat Exchangers – Boilers and Furnaces – Evaporators – Manufacturing of Heat Exchanger Components – Maintenance of Heat Exchangers.

MP 422 - Turbines and Compressors:

A- Compressors Types of compressors – Axial flow compressor centrifugal compressor – Two dimensional analyses of compressors – velocity triangles – Thermodynamics of compressors – losses and Performance of compressors – steady flow operation of compressors – Theoretical analyses of centrifugal compressors – Inlet guide vanes – Impeller – Diffuser – slip factor - Mach number – choking flow – steady and unsteady flow operation – stall – surge.

B- Turbines Types of turbines – Nozzles – Design of Flow channels – Two dimensional analyses – Mechanical design Aspects of steam and gas turbines – Axial flow turbines – velocity triangles losses and efficiencies – Types of the axial flow turbines – Two dimensional flow through cascades of blades – Radial flow turbine.

MT 421- Automatic Control in Mechanical Systems: Closed Loop Response Performance Criteria, selection of Controller Gains – PID Controller Design and Types of Controllers (Exam-1) Root – Locus Analysis – Tuning Rules for PID – Controller – Compensators Design Using Root Locus and Frequency Response Methods (Exam II) – Introduction to optimal Control and Integral time - Absolute Error Criterion – State Variable Descriptions, Controllability and Absorbability – Design of Control System by State-Feedback – Design of Feedback Control Systems Applying MATLAB Software package.

MP 423 - Laboratories of Mechanical Power Engineering (A): Applications and experiment in the field of mechanical power which include power cycles, refrigeration and air conditioning, hydraulic machines and heat exchanges.


Optional Course(2)

MP 431- Renewable Energy: Solar energy (Solar radiation flux, solar angles estimation energy and measurements of solar radiation fluxes, solar energy systems) – Nuclear energy (Nuclear fuel, radiation activity and depletion, nuclear reaction, nuclear reactors) – Biomass energy Conversion of biomass, energy generation from agricultural wastes and organic materials, biogas, systems of biogas generation) – Wind energy (available power, power factor, Principles of wind energy generation, curves of power and speed, site conditions, forces of lift and friction, wind energy systems) – Ocean energy – Geothermal energy.

MP 432 - Industrial Ventilation: Introduction – Contaminants in industrial spaces – Hood design – types of hoods – Air distribution in Hoods and spaces – Hoods for melting furnaces and surface treatment – Determination of Ventilation rates – Determination of head loss in ventilation system – Fabrication of industrial ventilation systems.

MP 424- Project: Students are required to prepare a project to solve a realistic and practical case related to mechanical power engineering. They should present a report containing the engineering applicable solutions to the case study in a clearly explained way.

MP 425 - Energy Systems and Power Plants and Economics: Energy overview: Energy resources and their distribution – Electricity generation- conversion processes – power plants in use- power plant under development- Energy systems still under going research. Sun and solar Radiations: Sun and solar radiation- sun physical structure- solar radiation in space- Extraterrestrial solar radiation - Types of radiation reaching The earth - Factors affecting the path of solar radiation- solar noon and azimuth angle- optimum collector tilt angle solar geometry - Azimuth and altitude angles- Declination and hour angle – Estimation and measurement of solar radiation. Solar Thermal Energy Systems: solar energy systems, past, present and Future- solar Energy collection- Flat plate collectors- Focusing collectors- solar water heating systems- solar Thermal power plants. Biomass Energy Conversion systems: Energy from cultivated plants- Energy from Organic waste- anaerobic conversion process- physical and chemical properties of biogas- Biogas production systems. Nuclear Energy systems: Alternatives to fossil Fuels- Principle of Nuclear Energy- The conventional type Thermal Nuclear reactors-Fast breeder reactors- Fusion reaction - Radiation intercity and half life- Nuclear reaction and critical mass- Future development of Nuclear reactors. Wind Energy systems: operating principle of windmills- Electricity generation from wind energy - Design of electricity generation system from wind energy. Conventional Thermal power plants: steam generators( Furnaces and firing equipments; Heat transfer surfaces, Auxiliaries and Accessories, Economizers, Presenters ) steam power cycles- Gas turbine and combined cycle - Economics of power plants. Heat Recovery systems: Properties of exhaust gases- Gas to air heat recovery- Gas to liquid heal recovery - Gas- to- organic fluid heat recovery- waste heat steam generators.


MP 426 - Refrigeration and Air Conditioning

A- Refrigeration Introduction to refrigeration systems – Air refrigeration systems – Vapor compression refrigeration systems – Multi – pressure systems – Refrigerants properties – Components of vapor compression system – Absorption refrigeration.

B- Air Conditioning Introduction – Psychometry and air conditioning processes – Heat gain and cooling load – Air conditioning systems & main components – Comfort and indoor air quality – Design of air ducts – Sizing of chilled water piping.

MP 427- Internal Combustion Engines: Engine classifications – Load Speed Control of Engines – Air Standard Cycles – Engine testing – Engine Performance – Combustion & Detonation – Spark Ignition Engines – Diesel Knock – Fuels for Internal Combustion Engines – Fuel Supply and Injection – Super Charging – Scavenging of Two – Stroke Cycle Engines – Combustion in Gas Turbines.

MP 423 - Laboratories of Mechanical Power Engineering (B): Applications and experiment in the field of mechanical power which include power cycles, refrigeration and air conditioning, hydraulic machines and heat exchangers.

Elective Course(3)

MP 433 Waste Energy Recovery: Introduction – Recoverable Heat and Power – Thermodynamics of recoverable energy – Study of Energy Recovery Systems – Power Generation from Industrial Heat Recovery – Heat recovery using Organic Fluid.

MP 434 - Gas Dynamics: Fundamental – Continuity Equations in Fluid Motion – Wave form and Mach Numbers – Adiabatic Flow in Constant Area Ducts, Nozzles, and Diffusers – Normal Shock Wave Oblique – Shock Wave.

MP 435 - Fault Diagnosis in Mechanical Power Systems: Introduction – types of faults – Failure phases – condition monitoring in practice – endoscopes, stethoscopes, strobes copes, pulsation and vibration gages – Non destructive tests – Condition monitoring of power plant components, pumps, air conditioning systems, Heat exchanger – Sea water desalination plants – water treatment and scale formation.

___________________________________________________________________________ Curriculum of Faculty of Engineering - Assiut University Page %%

MECHANICAL ENGINEERING Fourth YEAR

MECHANICAL DESIGN AND PRODUCTION SECTION

MD 421- Tribology Surface topography – Nature of Surfaces and contact Friction mechanisms – Mechanisms of wear – Lubricant Properties and methods of application – seals – Failure and repair of common mechanical components.

MR 421- Machine Tool and Cutting Tool Design: The principle specifications of the machine tools - Speed Gearbox Design - Spindle Design – Sideways - Design of Machine tools frames - Elements of machine tool control systems - Dynamic Analysis of Machine tools.

MT 421- Automatic control in Mechanical Systems: Closed Loop Response Performance Criteria, selecting Controller Gains – PID Controller Design and Types of Controllers (Exam-1) Root – Locus Analysis – Tuning Rules for PID – Controller – Compensators Design Using Root Locus and Frequency Response Methods (Exam II) – Introduction to optimal Control and Integral time Absolute Error Criterion – State Variable Descriptions, Controllability and Absorbability – Design of Control System by State-Feedback – Design of Feedback Control Systems Applying MATLAB Software package.

MD 422- Mechanical Design and Production Laboratories (A): Computer aided measurements of form errors – Computer aided, NC milling Machine – Surface roughness measurements – Casting sand Testing – Metal forming.

MR 422 - Project: Students are required to prepare a project to solve a realistic and practical case related to Mechanical Design and Production engineering. They should present a report containing the engineering applicable solutions to the case study in a clearly explained way.

Elective Course (2)

MR 431- Unconventional Metal Cutting and Forming: Friction Machining (Welding), Electro-Chemical Machining (ECM), Electrical Discharge Machining (EDM), Electrical Arc and Induction Machining, Laser Seam


Machining Plasma Arc Machining (PAM), Die Injection process, Plastic Forming, thermoplastic forming, Types of thermo plastic Dies, Applications.

MR 432 - Motion and time study: Methods of Motion and Time – Models – Charts – Motion Measurement and Monitoring – Methods of Time Measurements – operation time Estimate – Physical Environment of Industrial processes – Effects of work station on performance – noise – Vibration – Lighting – Cases studies

MR 433 - Die Design: Over view of CAD / CAM systems - Geometric modeling- two and three-dimensional graphic concepts - General design applications- precision bulk forming – computer aided perform design – precision die manufacturing.

MD 423 - Fault Diagnosis and Failure Analysis in Mechanical Systems: Introduction – Identifications of faults and defects – Failure Modes – Failure Analysis – Fault Detection techniques – Applications in Production Engineering and Mechanical Design Systems – Applications in Power Stations and Thermal Engineering Systems – Applications in Agricultural Engineering Systems – Applications in Mechatronics and robotics systems – Failure due to elastic deformation – failures due to plastic deformation – Creep – Fast fracture – Fatigue failures – Environmentally assisted failures – Applications of failure analysis in Mechanical Systems – Case study.

MR 423 - Project Management and Factory Planning: Fore casting – Factory Planning – Inventory Control – Maintenance Control – Project Schedule – Cost – Estimation – Group Technology – Critical path – Factory Layout Algorithms.

MR 424- Quality Control Systems: Frequency distribution – measurements of central tendency – measurement of dispersion – probability theory – Binomial & poison distributions – Sampling – Testing of hypothesis- Quality Control Charts - Acceptance sampling.

MD 422 - Mechanical Design and Production Laboratories (B): Computer aided measurements of form errors – Computer aided, NC milling Machine – Surface – roughness measurements – sand Testing – Metal forming.

Elective Course (3):

MT 431- Modeling and Simulation in Mechanical Systems: Modeling and Simulation – Modeling of Complex systems – Modeling software – random number generators – Analysis of Results by means of electro chemical removal – Processes of injection Molding – Manufacturing methods of Plastic Products – Kinds of injection molding of thermoplastics – Industrial applications

MD 431- Industrial Robots: Actuators (Electric actuators, hydraulic actuators, pneumatic actuators) – Grippers (hydraulic electric, pneumatic) on off ripper servo gripper – Sensors position displacement speed fore – optical sensors – dynamics Robot manipulators-- robotic programming Robotic manufacturing cells – Robot applications in flexible


manufacturing systems – Reliability maintenance and safety of robots – Robot Applications in hazardous environment (chemical, etc.)

MD 432 - CNC Machines: Basics of CNC Machine Tools - CNC programming (Preparatory functions and Miscellaneous‘ Functions) - Examples of CNC Machine Tools - Computer Aided programming of CNC -Case Studies.

MECHANICAL ENGINEERING Fourth Year

APPLICATION OF MECHANICAL ENGINEERING IN AGRICULTURE MP 427 - Internal Combustion Engines: Classification of Internal combustion engines – air standard cycles of combustion engines – load and speed control of combustion engines –engine testing – performance parameters – fuels –combustion and knocking in spark ignition engines – detonation and knocking in compression ignition engines – effects of fuel feeding rates on engine performance – feeding and fuel injection for diesel engines – supercharging – scavenging in two-stroke cycle engines – combustion in gas turbines.

MA 421- Pumps and Compressors:

A) Pumps: Characteristics, design and performance study of centrifugal pumps - portable irrigation pumps - submerged pumps – design of pumps components – operation systems – pump maintenance.

B) Compressors: Axial flow compressors – two-dimensional analysis of a compressor unit – velocity triangles – thermodynamics of a compressor unit – losses, operation and stability of compressors – theory of aerofoil – three-dimensional analysis – centrifugal compressors – theoretical analysis of centrifugal compressors – inlet vane – impeller – diffuser – limits on inlet velocity – compressible flow analysis – non axial entry – slip parameter – exit Mach number – chocked flow – stable and non stable flow in compressors

MT 421- Automatic in Mechanical Systems: Closed Loop Response Performance Criteria, selecting Controller Gains – PID Controller Design and Types of Controllers (Exam-1) Root – Locus Analysis – Tuning Rules for PID – Controller – Compensators Design Using Root Locus and Frequency Response Methods (Exam II) – Introduction to optimal Control and Integral time Absolute Error Criterion – State Variable Descriptions, Controllability and Absorbability – Design of Control System by State-Feedback – Design of Feedback Control Systems Applying MATLAB Software package.

MA 422- Agricultural Engineering Laboratories (A):


Revision of measurement- methods and instrumentation and their calibrations in field of energy, heat, motion power, forces and moments - lab experiments in ICE, farm machinery, soil properties, water movement in soil, soil box, tillage tools - lab experiments in farm structures ventilation cooling, refrigeration, air conditioning and solar energy, green houses - lab experiments in food processing, mechanical and thermal properties of food non-Newtonian flow, cooling and freezing.

Elective Course(2): MP 431- Renewable Energy: Solar energy (Solar radiation flux, solar angles estimation energy and measurements of solar radiation fluxes, solar energy systems) – Nuclear energy (Nuclear fuel, radiative activity and depletion, nuclear reaction, nuclear reactors) – Boimass energy – Energy conservation of biomass, energy generation from agricultural wastes and organic materials, biogas, systems of biogas generation) – Wind energy (available power, power factor, Principles of wind energy generation, curves of power and speed, site conditions, forces of lift and friction, wind energy systems) – Ocean energy – Geothermal energy.

MP 436 - Heat Exchangers: Different flow arrangements inside heat exchangers – equipment types for the exchange of heat without phase change – design of heat exchangers – air coolers – boilers – evaporators – design of heat exchangers - maintenance of heat exchangers

MA 423 - Project: Students are required to prepare a project to solve a realistic and practical case related to mechanical Agricultural Engineering. They should present a report containing the engineering applicable solutions to the case study in a clearly explained way.

MA 424 - Tractors and Farm Machinery: Classification of tractors according to their use and methods of tractions - theory of traction - mechanics of traction and motion on unprepared soils - design of tractor chassis and means of motion transfer - performance of tractors - factors that are considered in tractor design - tractor maintenance - characteristics of farm machinery - types of farm machinery and farm capacity - machinery for land preparations for cultivation - machinery for land preparation for plant seeds - planting machinery - servicing machinery - pesticide and insecticide - Harvesting machinery.

MA 425- Engineering Processing of Agricultural Crops: Characteristics of industrial processing of agricultural crops-- volume reduction - cleaning and sorting - materials handling - design of heat exchangers - drying of agricultural crops - analysis of industrial processing of agricultural crops-- design of processing factories - cost analysis of processing - waste processing and management.


MP 428- Refrigeration and Environment Control: Environmental factors – psychometric chart and moist air processes – refrigeration cycles and systems food preservation – design of food preservation compartments – distribution of cold and frozen foods—heating and cooling load calculations – air and chilled water distribution systems – natural ventilation – environmental control for animals and botany.

MA 422 - Agricultural Engineering Laboratories (B): Revision of measurement- methods and instrumentation and their calibrations in field of energy, heat, motion power, forces and moments - lab experiments in ICE, farm machinery, soil properties, water movement in soil, soil box, tillage tools - lab experiments in farm structures ventilation cooling, refrigeration, air conditioning and solar energy, green houses - lab experiments in food processing, mechanical and thermal properties of food non-Newtonian flow, cooling and freezing.

Elective Course (3) MA 431- Statistical Analysis: Introductions to statistics - role of statistics and probability in engineering - descriptive statistics – types and characteristics of statistical distribution curves - analytical models of random phenomena – fundamental distributions of samples and data descriptions – theory of probability and its applications on methods of statistical distributions - linear regression of experimental results– nonlinear regression of experimental results.

MD 432 - Industrial Ventilation: Natural ventilation – mechanical ventilation – pollutants inside industrial places – design basics of hoods – types of hoods – air distribution inside hoods and spaces – testing of hoods – special hoods for smelting – surface treatments – determination of ventilation rates – design of windows for pressurized ventilation systems – calculation and fabrication of ducts for the ventilation systems.


MECHANICAL ENGINEERING Fourth Year

Mechatronics Section

MT 421- Automatic Control (2) Performance improvement of control systems using compensators – compensators design – State space representation of MIMO control systems – Introduction to optimal control – controllability and observability pole placement applying state variable feedback – observer design – Introduction to Digital Control – Sample data systems – Z-transform and its properties – Inverse of Z-transform – Closed loop performance and stability – Digital PID control design – pole placement – Independent regulation and tracking pole placement – Applications.

E 401- Electronic Circuits (2) Microprocessor architecture, Microprocessor families, 3033/3036 microprocessors, Hardware and instruction set, programming Languages, Assembly Language, Microprocessor interfacing. Interfacing microprocessors with dc and stepper motors. Microprocessors.

MT 422 - Mechatronics Laboratory (2-A) - Interfacing a microprocessor to a dc/ stepper motor. - PWM- driven dc motor velocity control using a microprocessor - PWM- driven dc motor position control with shaft-encoder feedback. - Digital measurement of temperature using a PC. - Digital measurement of pressure using a PC. - Digital measurement of displacement using a PC. - Control of Variable- Flow process using a microcontroller. - Position- control of a 2-axis manipulator using a microcontroller

MT 423- Mechatronics (A)

I- Overview of Mechatronics 1-What is mechatronics 2-Evolution of mechatronics 3-Importance of mechatronics for different applications 4-Examples of mechatronics products 5-The role of mechatronics engineering

II-Modeling and Simulation of Mechatronics System using 1-Object oriented simulation 2-Examples of different mechatronics simulation software packages such as

DYNAST.

III- Mechatronics Components 1-Sensor in mechatronics system 2-Actuator in mechatronics system 3- Interfacing mechatronics system with microproessor 4- The role of control in mechatronics system


IV- Case Studies 1- Hard disk drive 2- Two – axis manipulator 3- Mobile robot

MT 424 - Robotics Basics of robotics, Analysis and design of robotic systems including arms and vehicles, Kinematics, Inverse Kinematics and Dynamics of robots (stationery and mobile robots), Algorithms for describing, planning and commanding, robotic control systems, Position, speed and force control of robot Grippers, Examples on various practical applications of robots.

MT 425 - Project A significant Mechatronic Project is considered an essential part of mechatronic education. The purpose of the project is to give the student experience in designing systems that need to integrate various technologies they have learned about in the program These projects should be based on real physical systems that come from industry , and could be conducted as a team effort. This is intended to improve students skills in designing Mechatronics systems for solving practical problems or designing new smart components. Project planning , implementation presentation and reporting should be an integral part of these projects.

MT 423 - Mechatronics (B) Mechatronics Design: Mechatronics Design Verses Conceptual Design, The role of modeling in mechatronics Design Simulation of mechatronics using mechatronics simulation software – Intelligent Mechatronics Systems. Applications: CNC machines – Robot – Micro electro mechatronics system MEMS (intelligent sensor, micro pumps ………) – Medical Application (wheel chair, surgical tools,…..) – Other mechatronics products ( home appliances,…..).

E 402 – Programmable Logic Controller (PLC) Overview of PLCs, Central Processing Unit, I/0 system , Programming, Terminal and peripherals, Relay Logic, Ladder Logic, Timers, Counters, Sequencers, Data Transfer, Mathematical Functions, Numerical Systems and cods, Digital Logic.

MT 422 - Mechatronics Laboratory (2-B) - PLC control of 2- axis manipulator - PLC control of a flow process - Digital control of a tilting platform - Transient response of an electrohydraulic position servo - Frequency response of an electrohydraulic position servo - Computer simulation of an electrohydraulic position servo - applying Automation Studio Software package. - Digital control of two – tank – level / flow process


MT 426 - Electrohydraulic Servo Systems: Hydraulic Basics, positive displacements pumps, control valves, solenoid valves, accumulator and filters, Actuators, hydraulic motors, hydrostatic transmissions, circuit design – Two –Stage electro hydraulic servovalves: Static and dynamic characteristics- Design of electrohydraulic systems applying state space method – Closed loop response of electrohydraulic servo systems – troubleshooting in fluid control systems- Computer aided design of fluid power systems applying AUTOMATION STUDIO Software.

Elective Course (2) MT 432 – Digital Control: Advantages of digital control – Examples of digital control systems- Signal processing – Z- transform-Pulse carrier function- Design of digital control systems with variable structure method – Controllability testing – Design of digital control systems using root locus method . Design of digital PID Controller – Design of digital control systems applying state Variable Feedback.

MT 433- Industrial Process Control: Process control fundamentals – process characteristics: single and two capacitance process, identification, parameters estimation, industrial transmitters . Industrial controllers two position controller - P, PI, PID, controllers. Closed loop characteristics and controller design, controller tuning - basic factors affecting stability - open loop method, closed loop method, state feedback, feedback gain matrix, pole placement method - industrial applications – level / flow temperature control process, Design of process control systems applying MATLAB, virtual control software packages and Control Station Package.


Electrical Engineering Department First Year

E121- Electric Circuit Theory Current, Voltage, Power and energy, Constant and controlled current/voltage sources, series and parallel circuit, Analysis & DC circuits (Loop/mesh and Nodal methods), Circuit Theorems, Capacitance and inductance, Alternating current, Analysis of AC circuits using vectors, Computation of power, Resonance Circuits, Magnetic circuits.

E122- Theory of Electric Fields(1)

Theory of Electric Fields(1-A) Vector Analysis, Coordinate Systems and Transformation, Coulomb's Law & Electric Field Intensity, and line charge, sheet of charge, Streamlines and sketches of fields, Electric flux density, Gauss Low & Applications, Maxwell's First Equation, the divergence Operator, Energy and Potential, line integration, Potential gradient, The dipole, Energy density in the electrostatic field, Applications of electrostatics.

Theory of Electric Fields(1-B) Conductors, Dielectrics and Semiconductors properties and current density and Continuity of current, boundary conditions, The method of images, Capacitance, Capacitance of two-wire line, Experimental Mapping, Poisson's and Laplace's Equations, Example of the solution of Poisson's equation.

E123- Computer Languages Introduction to computer languages & development of algorithms, Fortran and C/C++, Developing programs in IDE environments, Program compilation, linking debugging and execution (Source), Program programming, Variables, Constants, Operators, Assignment Statements, I/O statements, Control Statements, Repetitions, Matrices and Matrix operations I/O Format Statements, Subprograms, Functions, and Subroutines, Complex variables, Introduction to structured/object-oriented, files.

E124- Electrical Properties of Materials Atoms and atomic structure, Material classification, Conductors, High/low-resistive materials, Semiconductors, Insulators, Magnetic materials, Study and measurement of electrical, magnetic, and optical properties of materials, Electronic and electrical manufacturing materials.

MATH101- Mathematics (2) First order ordinary differential equations (ODE‘s) and their applications, Higher order linear ODE‘s, Systems of simultaneous linear ODE‘s, solution using serieses, Orthogonal functions, Bessel, Lagendre, Hermite suctions, Partial Differential Equations (PDE), Linear and non-linear PDE‘s, Applied Vector analysis.

E125- Electronics (1) Related Physics Background-Motion of charged particles in electric and magnetic fields, Cathode Ray Oscilloscope, Relativistic concepts, Crystal properties, Quantum mechanics, Atomic structure and energy bands in solid, Drift and diffusions of carriers in semiconductors, P-N Junctions and their properties, Diode functions: rectifier, Voltage regulator, Varactor, Varistors, Photodiode, Light emitting diode (LED), Solar cell, Tunnel diode, Schottky diode.


MATH 102- Mathematics (3) Analytic functions of complex variables, Infinite series in the complex domain, Residue theorem, Fourier series, Laplace transformation, Z transform, Applications of Laplace and Z transforms to electric circuits and digital/Analog systems

E126 - Electric Testing (1) Measurement of unknown resistance (Ohm‘s law and bridge methods), Ideal Voltage Generator, Theorems of direct and alternating current circuits, RC, RL and RLC Circuits, Resonance Circuits, Cathode Ray Oscilloscopes (CRO), Diode characteristics and applications, Zener Diode, Opto-electronics (Photo diode and solar cell), Simulation of electronic Circuits using PSPICE.

Elective Courses:

C111- Theory of Structure and Machines Foundation Plane statics – Supports, loads and reactions – Internal actions in statically determinate beams - Internal actions in statically determinate frames - Internal forces in statically determinate trusses – Normal stresses – Shear stresses – Combined stresses – Different kinds of foundations.

C112- Surveying Engineering Introduction – Distance measurements and maps production – Compass in simple surveying works – Leveling – Use of theodolite for angle measurements – Distance measurements by Tachometric equipment – Applications of photogrammetry and remote sensing in electrical field.

C113 - Construction Engineering Kinds of buildings – Properties of concrete and steel rein for cement – Concrete technology – Concrete mix – Different kinds of foundations – Specific weights of different construction materials – Steps of building execution – Brick constructions – Fixing electric pipes in buildings – Different elements of skeletal structures (beams – slabs – columns - …)


Electric Engineering Department Second Year

E221- Electromagnetic Field Theory

Electromagnetic Field Theory (2-A) The steady magnetic field; Biot Savart and Ampere circuital laws, Magnetic forces, torque, materials and calculation of self and mutual Inductance, Time varying field and Maxwell s equations, The uniform plane wave; the transverse Electromagnetic (TEM) Wave, Poynting theorem, normal and oblique incidence, normal and oblique,

Electromagnetic Field Theory (2-B) Transmission and reflection of TEM wave through non-homogenous media, Transmission Lines; primary and secondary constants of Transmission Lines (TL),TL Equivalent circuits, Transmission and Reflection along Mismatched TLs. Power TL primary constants, Characteristics of Radio Frequency (RF) TLs. Matching techniques of RF TLs, Applications of Smith Chart.

E222- Circuit Theory(2)

Circuit Theory(2-A) Network structures - The Operational Amplifier, Response of First Order Circuits, Response of Second Order Circuits, Three-phase Circuits, Mutual Inductance – Laploue and Fourier transfers analysis of electric circuits – Transfer function – Two port Networks.

Circuit Theory(2-B) The Laploue Transform in Circuit Analysis, Introduction to Frequency Selective Circuits, Fourier Series, Two-Port Circuits, Circuit Analysis using PSPICE Software – Transfer function – Two port Networks

E223- Electronics (2) Bipolar Junction Transistors BJTs, BJT applications at low frequencies, Junction Field Effect Transistors JFETs, Metal- Oxide-Semiconductor Field Effect Transistors, Basic FET circuit Applications, Switching Devices: Four-layer PNPN devices, (SCR, Bilateral devices, Unjunction (UJT), Programmable (PUT) Transistors, Power Circuits and systems; Classification of output stages, audio power amplifiers, IC power amplifiers, power supplies, Operational amplifiers Regulated power supplies, Monolithic regulators, Introduction to semiconductor device technology.

E224- Electrical Testing

Electrical Testing (A) - Transistor characteristics - Applications of Transistors in logic circuits - Common-base, -emitter, -collector transistors - Transistor simulation using Pspice - FET characteristics - Difference and operational amplifier with applications - Ampere turn calculations for D.C. machines - Open circuit and external characteristics for isolated and parallel operated

transformers - External and load characteristics for D.C. transformers


Electrical Testing (B) - Logic gates and De-Morgan theorem - Half and full adder - Multiplexers and decoders - Flip-flops - Counters and shift registers - Random access memories - Open circuit and short circuit tests for transformers - Three phase transformers characteristics - No load short circuit and load tests for 3-phase induction motors

E225- Electric Machines (1)

Electric Machines (1-A) Direct current machines, Armature winding and Armature reaction and commutation, Method of excitation, Characteristic of dc generators, Load characteristic of dc motors, Speed control of DC motors. Alternating current machines, Construction of signal phase transformers, Determination of its parameters,

Electric Machines (1-B) Poly-phase transformers and their connections - Three-phase induction motors - Construction of 3-phase induction motor - Equivalent circuit - Poly-phase induction motor- Phasor diagram - Torque-speed curves – Starting - Speed control

E226- Numerical Analysis (1) Solution of linear systems - Interpolation and polynomial approximation - Solution of nonlinear equations - Numerical differentiation - Numerical integration - Solution of differential equations - Curve fitting.

E227- Electric and Electronic Measurements Error in measurement - Direct current indicating instruments - Alternating current indicating instruments – Oscilloscopes – Data Converters – Digital Instruments -Frequency and time measurements - Signal Analyzers - Signal Generators – Sensors, Electrodes and Transducers - PC Based Measuring Systems - Data Acquisition Systems.

E228- Digital Circuit Design Boolean Algebra and Logic Gates, Simplification of Boolean Function, Combinational Circuits, Adders, Comparators, Decoders and Encoders, Multiplexes and demultiplexers, PAL & PLA, Sequential Circuits, Flip-Flop circuits, Register, Shift registers; Counters; Memory Units.

M201- Hydraulics and Heat Engines Some Concepts and definitions – Properties of a Pure substance – Work and heat – The first law of thermodynamics – The second law of thermodynamics – Entropy – Vapor power cycles – Gas power cycles – Heat transfer. Frances turbines – Axial flow turbines – Kaplan turbines – Centrifugal pumps – Axial flow pumps – Positive displacement pumps – Valves and its types. Hydraulic machines – Introduction to fluid mechanics – Pressures and Velocities – Methods of measuring pressure and manometers – Bernolli‘s equation – Energy equation – Hydraulic turbines – Francis turbine – Axial Flow turbines – Pumps – Centrifugal pumps – Axial flow pumps – Positive displacement – Valves.


Electrical Engineering Department Third Year


EE321- Signals and Systems Analysis Introduction, Examples of Signals and Systems – Linear Time Invariant Systems - Continuous and Discrete Time Systems - Analysis of Continuous Time Systems - Convolution Integral - Laplace Transform - Transfer Function of Continuous-Time Systems – Impulse Response - Approximation of amplitude response of continuous transfer functions – Butterworth and Chebychev approximations - Analysis of Discrete-time Systems - Difference Equations and their Solutions - Z-Transform – Discrete Fourier Transforms – FFT – Implementations of digital transfer functions - State Space Analysis of Digital Transfer Functions - Properties of FIR Digital Filters and their Design – IIR Digital Filters and their different designs.

EE322- Electronics (3) Semiconductor Devices- Semiconductor Technology - Pspice Programming for Semiconductor Modeling and Simulation – The main IC process – Oxidation – Diffusion - Metallization photolithography - Ion implementation – Integrated circuit design and fabrication – Resistor – Capacitor – Inductor - Diode - Transistor – Integrated circuit testing - Charge couple device (CCD) - Microwave Semiconductor device – Laser - Thin films technique photo electronic devices – Study of some examples of IC chips such as IC 555 - 565 and %41 structure.

EE323- Electrical Testing (A) RC coupled voltage amplifier - Power amplifiers - Operational amplifier applications – Comparator – Operational amplifier as Integrator and Differentiator - Pseudo-Random Bit sequences and noise generators - PLL (phase locked loop) circuits - Transmitter and receiver.

EE323- Electrical Testing (B) Phase shift oscillator – Application of bus systems in liquid-level detector – The Arithmetic logic unit – The slotted coaxial line as a measuring device – Frequency, Wavelength and standing wave ratio measurements – Horn, Parabolic, Slot and helix antennas and Antenna systems demonstrator – ADC/DAC.

EE324- Guided Waves and Antennas

Guided Waves and Antennas (A) Wave guides and cavity resonators - Passive microwave devices - Principles of wave propagation - Types of antennas - Wire antennas - Aperture antennas - Array antennas Reflector antennas and lens antennas – Arrays - Linear - Planar and Circular - Calculations of far field parameters of dipole - Monopole and loop thin wire antennas - Brief description of behavior of MF- HF- VHF- UHF and SHF Antennas .

Guided Waves and Antennas (B) Radiation and propagation of waves - Fundamentals of radar systems - Microwave tubes and circuits - Semiconductor microwave devices and circuits.


EC 301- Automatic Control Introduction to control system - Open – Loop and closed - Loop control systems - Transfer functions and block diagrams - Signal flow graph models and Control systems components – Steady State error in control systems Steady, State, transient response and sensitivity of control systems - Stability of control systems - Routh‘s Criteria - Root locus analysis and design - Nyquist analysis - Frequency response analysis and design – Bode diagram – Introduction to optimum control systems - Design and compensation technique – State - space representational of control systems .

EE 325- Communication Systems and Random Processes Elements of a Communication System – Probability - Random Variables - Random Processes - Processing of Random Process by Linear Systems - Modulation/Demodulation Techniques - Amplitude/Frequency/Phase Modulation – Frequency Division Multiplexing Systems - (AM/FM/PM) - Performance of Communication Systems in the Presence of Noise - Pulse Modulation - Sampling Theory - Pulse Amplitude/Width/Position Modulation (PAM/PWM/PPM) - Pulse Code Modulation (PCM) - Time Division Multiplexing.

EE 326- Electronic Circuits (1) Transistor Circuits - Field-Effect Transistor Circuits - Small-Signal Low -Frequency Analysis and Design - Audio-Frequency Power Amplifiers - The Difference Amplifier and Multi -Transistor Circuits - Operational Amplifiers and Their Applications - Stabilized Power Supplies - Timing Circuits – Feedback and Oscillators. Optional Courses (from other sections)

EC 333- Operating Systems Definition of operating system - Process fundamental - Files- Shell - Structure of operating system layers - Client/Serves system - Internal processes - Process sorting - Input/Output - Programming - Diskette manipulation - Memory – Swapping – Paging - Virtual memory - File systems - File servers – Protection - Application to Windows and Unix.

EC 334- Advanced Language for Computer Programming (C or C++) Introduction to C/C++ – Class function and conversions - Input/Output file streams and data files- Arranges – strings – Addresses - Pointers and arrays - Records as data structures – Object – Oriented stacks and queues.

EP335- Industrial Electronics Introduction to electronic devices and circuits used in control systems – Diodes - Control-free rectification circuits - Thyristor - Control rectification circuits - Voltage regulators - Static switches - Methods for turning off Thyristors working in DC circuits - Choppers and DC generators - Power transistors – Inverters - Un-Interruptible power supply (UPS).


Optional Courses (from same section) EE 331- Very Large Scale Integrated (VLSI) Circuits Very large scale integrated circuits (VLSIs) - Types - Fabrication steps- their physical and chemical properties- Assessment of VLSIs - Measurement of electrical characteristics (Current-Potential-Capacitance-Resistance) - Measurement of optical properties- Advanced VLSIs.

EE 332- Circuits Computer-Aided Design Circuit design by solving linear equations - Nodal voltage equations - Loop current equation - The solution by Gauss method - The two triangles method - Theory of circuit structure diagram - Table method for circuit design - Analysis of active circuits by nodal voltages - Sensitivity and its computation - Equation of a circuit as functions of frequency - Numerical integration of differential equations - Electronic examples – Diode - Bipolar transistor - Field effect transistor.

EE 333- Electronic Devices Classification of electronic devices - Application of pn-junction (rectifier- Ziner diode- Varactor - Optical diode - Solar sell - light emitting diode - Tunnel diode) - The transistor (bipolar- field effect - uni-junction - power transistor - Charge coupling devices) - Switching power devices (Schockely – Diac - Silicon controlled rectifier - Triac) - Microwave devices - Laser - Optical coupling circuits- Optical fibers.

EE 334- Introduction to Biomedical Equipment Technology Electrodes and Transducers - Bioelectric amplifiers - The heart and circulatory system – Electrocardiography - Cardiac stimulation and life supporting equipment - Medical Laboratory Instrumentations - Medical Ultrasound - Hemodialysis Machines Radiology and Nuclear Medicine.

EE 335- Fundamentals of TV Engineering Transmitting and receiving stations - Basics of sound transmitter and receiver circuits - Video/image transmitting and receiving circuits. Horizontal and vertical synchronization of color and B/W TV – Printed circuits implementation of same training TV circuits.



Computer and Systems Section

EC 321- Computer Organization Basic hardware structure, Addressing modes and assembly language, main memory operation, machine instruction, Center processing units design, hardware implementation, Micro programming, ALU, Main memory design, RAM, Cash memory, Virtual memory, Flash memory.

EC 322- Signals and Systems Analysis Introduction, Examples of signals and systems - Linear Time invariant Systems - Continuous and Discrete-Time Systems - Analysis of Continuous-Time Systems - Convolution Integral - Laplace Transform - Transfer Function of Continuous-Time Systems - Time Impulse Response - Analysis of Discrete-Time Systems - Difference Equations and their Solutions - Z-Transform - Transfer Function of Discrete-Time Systems - Convolution Summation for Discrete-Time Systems - Signal Flow Graph - Analysis of Continuous and Discrete-Time Systems using State Space Representation.

EC 323- Electronic Circuits Small–Signal Bipolar Amplifiers, Power Amplifiers, Field-Effect transistors and Biasing, Small-Signal FET Amplifiers, Amplifier frequency Response, Thyristors and other devices; Operational Amplifiers, Op-Amp frequency response, Stability, and compensation, Basic Op-Amp Circuits, Oscillators and phase-Locked loop, Voltage Regulators.

EC 324– Electrical Testing (A) Experiments using the microprocessors 30x36 and Z30 - Computer serial and parallel ports - Control of a dc motor - Time response of first order systems - Time response of second order systems - Frequency response of first order systems - Frequency response of second order systems - Data acquisition and data distribution boards.

EC 324– Electrical Testing (B) Writing of programs using various data structures and classes - Control systems components - Fundamentals of position control servo system - Fundamentals of proportional and Integral speed control systems, ADC/ DAC.

EC 325- Microprocessors Microprocessor families, The architecture of the 3036 microprocessor, 3036 instruction set, 3036 memory addressing modes, 3036 Assembly language, Interfacing 3036, Introduction to the 63000 microprocessor, RISC architectures

EC 326- Automatic Control (1) Introduction, Open loop and closed loop control systems, Steady state characteristics of closed loop systems and advantages of closed loop systems, Transfer functions of control system components, Time response of first order and second order systems, Steady state error and error constants, Feedback Control Systems Characteristics Second order servo system, Design specifications of second order systems, Error rate damping and tacho generator feedback used in servo systems, The concept of


stability - Routh-Hurwitz stability criterion, The root locus concept – Construction of root loci, Frequency response analysis, Correlation between time and frequency responses, Polar plot – Stability in frequency domain, Mikhailev Stability criterion, Nyquist stability criterion, Relative stability, Phase and Gain margins, Bode plots, Introduction to design of cascaded compensators in frequency domain.

EC 327- Data Structures Introduction to data structures and data abstraction, algorithms, arrays and vectors, linked lists, doubly-linked lists, pointers, stacks and queues, trees, binary trees, files, search and sorting techniques.

Elective Courses (from other sections)

EP 336– Power Systems Components of power systems - Transmission lines - Control Theory in power systems - Interference between communication circuits and power lines.

EP 337- Electrical Machine II Phase Induction Machines: Performance Circle Diagram and Starting, Speed Control and Testing, High Starting Torque Cage Motors, Braking and Induction Generator, Unbalanced Operation and Effect of Space Harmonics. Phase Synchronous Machine: Construction and Principle of Operation, Armature Winding and Space Harmonics, Armature Reaction and Equivalent Circuit, Voltage Regulation, Special machines, Step motor, Two phase motors, Repulsion motor.

EE 336– Design of Integrated Circuits Introduction to advances in integrated circuits - Manufacture of ICS, stages, operations, material. Simulation, Applications - Design and testing of ICS.

EE 337– Analog and Digital Communication Analysis and transmission of signals. Random signals and operations. Modulation: amplitude frequency and phase. Pulse modulation and digital communication system.

Optional courses (from same section) EC 331- Advanced Computer Languages Introduction to advanced computer languages - Constants and vanables – Arithmetic and logic operations – Conditional statements loop – Scope of vanables – Pointers and references – Arrays – Functions – Pointers and arrays – Structures – Input/Output methods – Files.

EC 332 – Software Packages Oracle, power builder, and Open GL




EP 321- Electrical Power Components – Loads characteristics – Load power factor correction – Overhead lines – Under ground cables (Construction – Types – Field distribution – Fault location) – Transformers - Steady state performance of transmission lines – Idea about HVDC transmission – Traveling waves – Transient Over voltages – Corona – Radio and audible noise effects on power lines – Mechanical design of transmission lines – Distribution systems – Earthing of power systems – Role of communication and computers in power systems .

EP 322 - Automatic Control Introduction to control system - Open – loop and closed - loop control systems - Transfer functions and block diagrams - Signal flow graph models and control systems components – Steady - state error in control systems – Steady – state - transient response and sensitivity of control systems - Stability of control systems - Routh‘s Criteria - Root locus analysis and design - Nyquist analysis - Frequency response analysis and design - Design and compensation technique – State - space representation of control systems - Control Systems applications in electrical power engineering. - Optimal design.- Control design using computer.

EP 323 - Electrical Machine (2) 3- Phase Induction Machines (Performance Circle Diagram – Starting - Speed Control and Testing - High Starting Torque Cage Motors - Braking and Induction Generator - Unbalanced Operation and Effect of Space Harmonics) - 3- Phase Synchronous Machine (Construction and Principle of Operation - Armature Winding and Space Harmonics - Armature Reaction and Equivalent Circuit - Voltage Regulation - Circle diagram - parallel operation. Synchronous motors – Park‘s equations).

EP 324- Electric Testing (A) Three phase transformer - Induction relay - Potential distribution along high voltage insulators - Test of high voltage insulating materials - Performance of synchronous machine - Measurement of earth resistance- Circle diagram of three phase induction motor - Reactive power effects.

EP 324- Electric Testing (B) Oil testing - Back-to-back test of DC machines - Back-to-back test of transformers - V-curves of synchronous machines - Studying the performance of transmission line - Retardation test of DC machine – Power factor correction – 3-phase balancing – Harmonic analysis - Traveling waves – Arcs.

EP 325- Power Electronics Power Diodes - Diode Rectifier Circuits – Thyristor (Types – Turn on – Turn off – Protection) – Thyristor Commutation Techniques - GTO Thyristor – Power Transistor - Controlled Rectifier Circuit - AC Voltage Controllers - Choppers – Inverters – UPS – Static Switches.


EP 326- High Voltage Engineering Introduction: Electric stress and electric strength- estimation and control of electric stress- Conduction and Breakdown in Gases: Ionization and deionization processes- Townsend breakdown criterion- Breakdown in electronegative gases- Time lags for breakdown - Streamer theory of breakdown- Paschen's law- Breakdown in nonunformfields- Applications in electrical engineering- Conduction and Breakdown in Liquid: Pure liquids and commercial liquids- Conduction and breakdown in pure liquids- Conduction and breakdown in commercial liquids - Breakdown in Solid Dielectrics (Intrinsic breakdown- Electromechanical breakdown- Thermal breakdown) - Breakdown of solid dielectrics in practice- Breakdown in composite dielectrics- Applications of Insulating Materials (in power transformers- in rotating machines- in circuit breakers- in cables - in power capacitors) - Generation of High Voltages (Generation of High dc voltages- Generation of HV ac voltages- Generation of Impulse voltages) - Tripping and Control of Impulse Generators- Measurement of High Voltages (Measurement of High dc voltages- Measurement of High ac and impulse voltages- Cathode Ray Oscillographs for impulse voltage and current measurements) – Insulation coordination.

EE 327- Digital Signal Processing Introduction- Overview & application of DSP - Discrete – time signals & systems - The discrete – Fourier transform. The FFT algorithm - The Z- transform - Digital filters - Design of FIR & IIR filters- Realization of digital filters.

Elective Courses:

EP 331- Protection Against Electricity Hazards Electrical shocks - Dangers of electrical shocks - Step voltage and touch voltage - Burns caused by electricity - Electrical safety modeling by recognizing- evaluating and controlling hazards - Grounding of power systems (Aims- Means- Benefits) - Electromagnetic field and human health (Biological effects of electrostatic and electromagnetic fields) - Interference of power lines fields with communication networks – Environmental effects of electric field – Microwave dangers – Surges dangers – Leakage current dangers – Cars electric circuit dangers - Today dangers of mobile telephones.

EP 332- Electric Power Distribution Systems Distribution of power – Loads and energy forcasting – System planning – Operation methodology – Optimization of distribution systems – Systems reliability – Consumer services – Tariffs – Grounding – Distribution lines and cables and transformers – Overvoltages – Rural supply – Power capacitors – Protection - Insulation measurements – System maintenance – Electrical services for buildings – Wiring – Energy measurement and saving.

EP 333- Power System Reliability Introduction – Definition of reliability – Basic probability theory - Probability distributions – Basic reliability concepts – Combination analysis – Failures – Limitations of distribution systems – Limitations of transmission systems – Markov processes - Reliability measurement – Reliability aids – Recent developments – Applications.


EP 334- Power Quality Definitions - Factors defining degree of power quality - Disturbances - Indicators – International standards – Monitoring of power quality - Mitigation of disturbances – Compatibility levels – Commutation notches – Immunity tests – Power quality improvement techniques (Power factor correction – Three-phase load balancing – harmonic suppression – Flickers suppression – Voltage stabilization).

EC 335- Programmable Logic Controllers (PLC) Introduction to programmable logic controllers, Input/output devices, Input/output processing, Programming, internal relays, Timers, Counters, Shift registers, Data handling, Designing programs, Testing and debugging, Practical applications.

EE 338- Microprocessor Principles Microcomputers and their classifications - Microprocessor families - 3036/3033 Microprocessors (Internal structure - Instruction set- Assembly language) - Microcomputer systems (Main units - Supporting chips- Controllers - Interfacing) - Microprocessor applications in power systems - PLC.


Electrical Engineering Department Fourth Year

Electronics and Communication Section EE 421- Digital Signal Processing The Fast Fourier Transform (FFT) - Algorithms and its system implementation – Over lap add and save techniques – Properties and different designs of FIR filters - The least squares method - The Eigen filter method - The infinite impulse response (IIR) filter and its properties - State space analysis of digital filter - Design methods of the IIR filter - The Yule -Walker least squares method. Digital filter realization - The Lattice digital filter realization - Effects of finite word length and computations of output noise power – Over flows in digital filters.

EE 422- Electronic Circuits (II) Feed back Amplifiers- Tuned Amplifiers - Synchronous & Staggered – Single tuned & Double tuned - Harmonic Generators - Sinusoidal Oscillators - RC & Tuned Oscillators- The Four - Quadrant Multipliers - Modulation - Amplitude and Angle Modulation- Detection: of AM - FM & PM - Communications Transmitters & Receivers - For AM – FM - PM. Signals, ADC/DAC.

EE 423- Microcomputers Introduction: Main frames Mini Computers and Microcomputers – Microprocessors: Microprocessors building blocks - ALU Registers and Buses - Microprocessors- microcomputers and Microcontrollers – Assembly language versus High Level

Languages – Advanced Microprocessors Structures – The 30 36 family: 3036

Architecture 3036 Registers – The 30 36 Instruction Set Data memory addressing

modes 30 36 instruction Groups - Data Movement instructions - Control Transfer Instructions – Arithmetic Instructions– Logic Instructions – Stack Instructions – String Primitive (basic) Instructions – Miscellaneous Instructions – Assembler Directives – Microcomputer DOS Functions– INT 21 Function Calls - standard input / output – File Handle Disk Access – INT 10 Function calls - display functions – Interfacing: Analog Interfacing - A/D- D/A – Digital Interfacing: Transistor drivers – optocouplers – Handshaking – Interfacing Examples.

EE 424- Project

EE 425- Electrical Testing (A) Signal/image analysis, use computer in digital signals analysis and Hyper Signal Programs – Noise generators – Frequency/phase demodulation – Circuits of radio receiver – Principles of digital communications.

EE 425- Electrical Testing (B) Programming of A/D cards – ASK, PSK and FSK systems and their performance in noisy environment – Effects of word length on digital system behavior – Elements of digital telephone exchanges – Applications of adaptive filter in signal enhancement – Programming of EPROM programmers.


EE 426 - Digital Communication Theory Elements of digital communication systems - Digital modulation techniques – Amplitude/Frequency/Phase Shift Keying (ASK/FSK/PSK) - M-array of ASK/FSK/PSK - Performance of digital communication systems in the presence of noise - Optimum receivers – The matched and correlator – type filters - Channel equalization – Theory QPSK, QAM and MSK systems and their performance in performance spread spectrum systems: Direct sequence - Frequency - Hopped systems.

EE 427- Interfacing Revision to microprocessors - Multiplexed pins - Memory interfacing - The programmable peripheral interface - The programmable interval timer - The programmable communication interface - The key - board interface - The display interface - The DMA - The interrupt controller - The RS223 interface - Micro controllers - Floating point numeric coprocessor.

EE 428- Microwave Circuits and Optical Fibers Introduction to microwave circuits – Principles of Voltages and currents in microwaves – Scattering matrix – Microwave passive circuit – Microwave Active circuit – Optical fiber cables and their properties – Radar systems – Communication by satellite – Laser generators.

Elective Courses:

EE 431- Digital Telephony Principles of Telephone system - Basics of telephone communications - Switching in electronic exchanges - Time and space switches - Digital exchange and its elements - calling process - Control system in Digital exchange- Signaling in electronic exchange - Subscriber interfacing.

EE 432- Adaptive Filters: Theory and Application Introduction- Wiener filter - Eigenanalysis and the performance surface - The least - mean-square (LMS) algorithm - Transform domain adaptive filters - Subband adaptive filters - Methods of least squares and the recursive least squares (RLS) algorithm. Applications - Adaptive noise cancellation - Linear prediction and modeling - Adaptive signal/image enhancement - Adaptive echo cancellation- Adaptive jammer suppression- Extraction and enhancement of evoked Brain Potentials - Adaptive filtering of ocular artifacts from the human Electroencephalogram (EEG) - Adaptive canceling of maternal Electrocardiogram (ECG) in fetal ECG - Time - segmentation and tracking of non-stationary signals with application to EEG.

EE 433- Optoelectronic Devices Introduction – Light Emission - Light emitting devices as light sources (Light emitting diode – Laser) – liquid crystal display (LCP) - Light emitting detectors (Photo diode – photo transistor – light activated silicon controlled rectifier LASCR) - Photovoltaic devices (P-N junction Solar sell – Metal-thin insulator-semiconductor MIS) – Optoisolator - optical fiber – control and communication using optocoupler circuits.


EE 434- Wave Propagation and Optical Fibers Wave propagation and optical fibers – Nonisotropic mediums – Wave propagation in nonisotropic mediums – Wave propagation in ionospheric and tropospheric mediums – Satellite waves – Study of wave propagation in optical fiber – Optical signals -Generation – Modulation – Demodulation.

EE 435- Laser and its Applications Introduction – Electromagnetic wave propagation – Laser idea – Laser beam propagation in optical systems – Gaussian beam – Optical resonant systems – Laser properties – Components for laser laboratory – Laser generation using amplification and oscillation – Gasic laser – Solid state laser – Laser applications.

EE 436- Sound Signal Processing Introduction - Digitization of Speech Signals- Coding of Speech Signals and Speech Compression - Speech Characteristics and Speech production - Time domain methods of Speech processing - Linear Prediction Coding of Speech - Cepstrum Analysis of Speech- Speech Synthesis - Speech Recognition - Speaker Recognition

EE 437- Information Theory Introduction to probability theory - Introduction to information theory: concept of information – average information & entropy – transmitter- receiver & information channels – self and mutual information – noise free & extremely noisy channel -Information channel capacity: Maximum entropy – channel capacity- redundancy & efficiency – channel capacity of special channels – time rate of information - Channel capacity - Channel Bandwidth & S/N ratio: Analog signals & information theory – samples & channel bandwidth – average info. in the samples – Shannon‘s formula for capacity - BW & S/N of a channel – Channel BW versus S/N ratio trade off. Elements of encoding - Efficiency of encoding process – conditions for noiseless coding – some encoding methods. Information channel and coding - Block codes and maximum likelihood decoding - Galois field arithmetic‘s – vector spaces – matrices – linear block codes – the generator matrix – parity check matrix – the standard array.

EE 438- Television Engineering Technology of transmission of black-white, color TV‘s- Application of television – The television picture – Television cameras – Pictures and synchronization – Video signal analysis – Color television circuits and signals – Video test signals – Television transmission – Television receivers – Raster circuit and sync- Color television receiver circuits – Television broadcast channel frequencies – Television systems around the world.

EE 439- Satellite Communication Systems Background – orbit mechanic – Attitude and orbit of satellite – Satellite power system – Satellite antenna – Signal transmission – Design of satellite link – Uplink – Downlink – Systems of TDMA, CDMA FDM/FM/FDMA – wave propagation and satellite receiver – Satellite TV.



Computer and Systems Section

EC 421- Computer Architecture Input and Output systems, Computer peripherals, Parallel processing , Pipelining and vector processing, SIMD processors, Array processors, Multiprocessor architecture and programming.

EC 422- Automatic Control II Design of cascaded compensators in the root locus domain, Analytical approach to design of a series compensators, Control ratio modeling, Guillemin-Truxal design procedure taking into consideration dynamic and accuracy specifications, Error criteria performance indices, Parseval‘s Integral, State variable analysis and design of control systems, Controllability and observability – Gilbert and Kalman tests, Pole placement by state feedback, Design of state Observers, Introduction to optimal control and quadratic performance indices.

EC 423- Control of Industrial Process Measuring Elements - Examples of Industrial Processes and Types of Control, Thermal, Mechanical and temperature control, pressure control, Optical Sensors, Industrial Control Devices, Converting between Analog and Digital Circuits, Signal Conditioning, Discrete-State Process Control, Continuous-Process Control, Analog Controllers, Digital Controllers, Programmable Logic Controllers, Fuzzy Logic Control, Controller Networks, Distributed Process Control.

EC 424- Project

EC 425– Electrical Testing (A) Programming a Microcomputer - Introduction to Unix/Linux - Computer networks - Analog-to-digital conversion - Servomotor system modeling - Programmable Logic Controllers (PLCs) applications.

EC 425– Electrical Testing (B) Design of Arithmetic and logic unit (ALU) - Batch/Script Files - Input/output operations using 30x36 microprocessor - data transfer between computer nodes - Control of dc motors - Control of ac motors - Servomotor systems with different compensators.

EC 426- Digital Control Advantages of Digital Control, Examples of Digital Control Systems, Samplers and Hold devices, Quantization of Signals and Quantization Errors, Analog to Digital Conversion and Digital to Analog Conversion, Mathematical Analysis of sampled data signals, Reconstruction of Analog Signal using Hold Circuits, Z-Transform and Modified Z-transform, Block Diagram and Signal Flow Graph, State Flow Graph, Pulse Transfer Function, Programming of Discrete-Time Systems, Stability Analysis of Discrete-Time Systems (Jury Stability and Routh-Hurwitz stability Tests), Time and Frequency Response of Discrete-Time Systems, Nyquist Stability Criterion, Design of Discrete-Time Control Systems Using Root Locus Method, Frequency Response Method, Dead Beat Response Method, Design Based on Discrete-Time Equivalent of Continuous Control, Digital Control Using Microprocessors.


EC 427- Operating Systems Introduction, Operating system structures: System components, Operating system services, System structure, Virtual machines, System design and implementation, System generation. Concurrent processes: Process concept, the producer/consumer problem, the critical section problem, Semaphores, Language constructs, Interprocess communication. CPU scheduling: Scheduling concepts, Performance criteria, Scheduling algorithm. Memory management: Multi programming with fixed partitions, Multiprogramming with variable partitions, paging, Segmentation. Secondary storage management: Physical characteristics, Device directory, Free space management, Allocation methods, Disk scheduling. File systems: File concept, Access methods, Directory systems, File protection. Introduction to compiler, Assembler and interpreter.

EC 428- Computer Interfacing Multiplexed pins, Microprocessors and bus system, its relation with data movement instructions, RAM-ROM interfacing, DRAM interfacing, Programmable peripheral interface, Programmable communication interface, Programmable display interface, Keyboard interface, Interfacing Analog/Digital converter and Digital/Analog converter, Programmable interval timer.

Elective Courses: EC 431– Introduction to using computers in control Introduction to MATLAB. Programming using MATLAB. Time and frequency analysis of continuous and discrete systems using MATLAB tools. Introduction to SIMULINK.

EC 432– Neural Networks Introduction and historical background. Principles of neural networks. Architectures of neural networks. Training algorithms. Multi-layered neural networks. Backpropagation algorithm. Recurrent networks. Applications.

EC 433– Artificial Intelligence Intelligence in man and machine. Artificial intelligence languages. Search algorithms. Knowledge representation. Natural language processing, Expert systems and their applications, Introduction to computer networks and fuzzy logic.

EC 434– Robots Introduction. Motion of a robotic arm. Dynamics of robotic arms. Inverse kinematics of robots. Applications.

EC 435- Computer Graphics Introduction to computer graphics, applications of computer graphics, drawing of basic figures, points, lines and ellipses, viewing pyramids, three-dimensional drawings, hidden surfaces removal, Beizer curves.

EC 436– Parallel Processing Introduction. Basic principles of parallel processing. Pipelining. Vectorization. SIMD processors. Algorithms and Programming of multi-processor systems.


EC 437– UNIX Operating System Introduction. Services offered by the UNIX operating system. Components of UNIX. UNIX commands, memory organization. UNIX File Systems.

EC438– Programmable Logic Circuits Introduction to PLCs. Components of PLCs. Programming. Applications.

EC 439- Computer Networks Introduction to computer networks and data communication, network layers, network protocols, network security, distributed systems.



Power and Machines Section EP 421- Electrical Machines (3) Single-Phase induction motor (Construction – Windings - Theory of operation - Vibration – Types – Performance), A. C. commutator machines (E. M. Fs. in commutator winding), Two-Phase servo-motor (Construction - Squirrel cage - Drag cup - Analysis by symmetrical components), Induction regulators, (Eddy current coupling), 3-Phase Reluctance motor (Construction - Theory of operation - Performance), Hysteresis motor, Synchros and Tachometers (Construction - Theory of operation), Stepper motor (Types - Theory of operation - Drives for stepper motors), Linear machines (Types – Construction - Applications), Repulsion Motor, A. C. Series Motor, Universal motor, Scharage Motor, (Kramer - Scherbins cascades -Schemes).

EP 422- Power System Analysis Representation of power systems - Admittance matrix formulation – Power Flow Solutions - DC load flow - Impedance matrix formulation - Symmetrical Faults - Symmetrical Components and Sequence Networks - Unsymmetrical Faults - Power System Synchronous Stability of machine infinite bus system - Means of Synchronous Stability improvement - An idea about multi-machines system – Computer applications.

EP 423- Energy Conversion and Utilization Energy conversion (Electro thermal – Electro ionic – Electromechanical - Electro chemical), Energy saving techniques (Super conducing conductors – Power factor correction – Three phase balancing – Harmonic suppression – Use of static VAR compensator), Conventional energy resources (Steam power plants – Nuclear power plants – Geothermal power plants – Cogeneration plants – Combined cycle plants – Gas turbine plants – Hydraulic plants – Tidal plants), Renewable energy resources (Wind mill plants – Solar plants – MHD plants – Biogas plants – Fuel cells), Environmental effects of energy resources, Batteries, Electric cars, Illumination , Traction.

EP 424- Project Projects are to be performed in all machines and power system subjects. Each student is allowed to select a project subject from the available presented projects by department staff members.

EP 425- Electrical Testing (A) Single-phase induction motor - Induction regulator - Parameters of three winding transformer - Single-phase AC series commutator motor - Repulsion motor – Thyristors circuits and applications – Load flow program - Harmonic analysis – Study of power system stability – Reactive power control – Synchronous power control - Economical load sharing.


EP 425- Electrical Testing (B) Three-phase rotor fed variable speed motor (scharage motor) – Closed loop control of DC motors - Closed loop control of three phase induction motors on MATLAB - Closed loop control of synchronous motors on MATLAB - Light damping – Programmable Logic Controller (PLC) - System voltage control – System neutral grounding – Determination of sequence impedance – Sequence filters – Study of impulse wave generator circuits of wave shape – determination of power system short circuit.

EP 426- Power Systems Protection Protective relaying in electrical power systems, Static relays, Over current protection, Differential protection, Distance protection, Protection of synchronous machine, Protection of transformers, Protection of bus bars, Protection of transmission lines, Protection of electrical power substation, Protection of induction motors, Circuit breakers and their types (Properties of arcs - Interruption of dc current) – Electronic circuit breakers, Fuses characteristics, Leakage current protection, Over voltage protection, Protection by computers.

EP 427- Power Systems Control Controlled power system configuration, Controlled power plants, Generators transfer functions, Exciters transfer functions, Automatic Voltage regulator (AVR), Power system stabilizer (PSS), Controllers circuits, Speed governor, Automatic generation control (AGC), Load/frequency control (LFC), Tie-line control, Economic generation control (EGC), Multilevel generation control (MLGC), Power electronic devices and HVDC system control, Static voltage control, SCADA system control

Elective Courses:

EP 431- Variable Speed Drives D.C motors fed from 1- converters, D.C motors fed from 3- converters - D.C motors fed from chopper circuits - Closed loop control of D.C motors - Control of induction motors by voltage and frequency control – Control of different types of synchronous motors – Feedback control for A.C motors.

EP 432- Theory of Unified Electric Machines Introduction - Unified theory of electrical machines – Method of analysis of electrical machines - D.C machines - D.C machines application in control systems - Stability of synchronous electrical machines - General equations of A.C machines – Operation of synchronous and induction machines on AC sources – A symmetrical short circuit in AC generators – Phenomena of synchronism and sustained vibrations in synchronous machines - Approximate methods for analysis of synchronous generators – Unified rotating electrical machines.

EP 433- Linear Electric Machines Introduction, Theory and types of linear machines (linear induction machines - Linear synchronous machines), Analysis of linear induction machines, Characteristics of linear induction machines, Testing of linear induction machines and determination of their parameters, Speed control of linear induction machines, Starting of linear induction machines, Applications of linear machines.


EP 434- Dynamics of Electric Machines Dynamics of DC machines, Dynamics of Induction machines, Dynamics of synchronous machines, Phenomena of synchronism and sustained vibrations in synchronous machines, Machines performance after sudden loading, Machines performance after short circuits inside the machine.

EP 435- Electrical Machines Design Design of Transformers, Design of three-phase induction motor, Design of DC machine, Design of synchronous machine

EP 436- Power Systems Voltage Stability Voltage definitions, Two nodes systems analysis, Load representation for voltage stability studies, Voltage instability phenomena (Causes – mechanism - consequences), Load instability interrelation with voltage instability, Criteria for detection of steady-state voltage instability, Induction motor role in provoking voltage instability, Influence of loads representation on voltage instability, Blackouts, Blackout Preventive measures in typical power systems.

EP 437- Introduction to Synchronous Stability Definition – System modeling (generators – lines – loads – controls) – Small signal stability – Large signal stability method – Lyuponov method – Energy method – Eigenvalues techniques – Time simulation – Multi machines Power systems – Stabilization techniques.

EP 438- Introduction to FACTS Meaning of flexible AC transmission systems (FACTS) – Aims – Types – Functions – Control – Modeling – Applications – Thyristor controlled series capacitors (TCSC) – Unified power flow controller (UPFC) – IPC – SMES.

EP 439- Static VAR Compensators and HVDC Systems Concepts – Types – Harmonic generation – Losses – Modeling in load flow and stability studies – Control techniques – Applications – Components – Modeling – Operation conditions – Controls – Multi terminal systems – AC/DC load flow – Applications.


Mining and Metallurgical Engineering First Year

MATH 101 - Mathematics

A. Algebra: Theory of complex numbers and their applications – Roots of functions and equations of third and fourth order – Theory of matrices – Conic sections. B. Calculus: Advanced methods of integration – Properties and applications of definite integrals – Linear integrals - TayIor expansion with remainder – Curvature – Multiple integrals and its applications.

M 101 - Thermodynamics Introduction to the simple steam power plant – Vapor, compressions and refrigeration cycle – Chemical rocket engine – Work and heat – Some concepts and definitions – First and second law of thermodynamics – Entropy.

M102 - Machine Drawing and Design Basic elements of machines – Strength calculation of machine parts – Tolerance and fits – Riveted joints – Welded joints – Threaded fasteners and power screws – Springs – Shafts and axles – Keys and key joints – Couplings – Springs – Clutches and brakes – Belts – Rolling contact bearings – Sliding contact bearings – Gears.

I121 - Engineering Geology Study of the components of the earth – Geomorphology of the earth‘s crust and their effects on the engineering constructions – Geologic history and its effects on the forming of the geomorphology of the crust – Forming of mineral deposits – Ore deposits formed from igneous, metamorphic and sedimentary rocks – Properties of ore minerals – Egyptian economic ores - Exercises: Identification of ores using hand specimens and ore microscopy – Geological maps.

C101 - Theory of Structures Principle of plane static – Loads & reactions – Internal forces – Statically determinate rigid frames – Deflections in beams – Statically determinate-Trusses – Properties of plane areas – Normal stresses – Shear stresses – Principle stresses.

C102 - Plane Surveying Linear measurements and applications – Obstacles and errors of linear measurements – Venires – Areas and planimeter – Compass and polygons – Sextant & pantometer – Leveling – Volumes of cut and fill – Rectification of outlines & partition of land – Plane table and its application.

E101 - Electrical Engineering Elements of electrical engineering – Electrical circuits – Power – Principles of measurements – Electrical machines and their construction – Operation and performance of D.C. machines – A.C. machines and their applications in mining – Specifications requirement – Elements of transmission and distribution of electrical energy – Transmission lines Cables – Transformers and their specifications.


GE101 - Mineralogy and Petrology Basis of crystallography – Crystal systems of minerals – Introduction to mineralogy – Physical properties of minerals, rock forming minerals – Economic minerals - Optics – Optical properties of minerals under both ordinary and polarised microscope - Types of rocks (igneous, sedimentary and metamorphic rocks).

I122 - Introduction to Mining Engineering Survey in the sources and origin of some Egyptian ores – Methods of ore explorations depending on their physical properties – Methods of ore sampling and its evaluation – Different mining methods – Drilling principles – Different types of explosives and blasting – Types of tunnel support and ventilation.

E102 - Computer Design and construction of computer programs by using the FORTRAN language – Imagine of solution methods – Methods of solution of the problems and their confirmation by using FORTRAN language.


Mining & Metallurgical Engineering Second Year

C 201 - Topographic Surveying and Photogrammetry Theodolite – Different methods for measuring angles – Traverses – Tachometers – Curves – Photogrammetry instruments – Stereoscopic viewing – Mapping production from aerial photography.

I 221 - Rock Mechanics Introduction – Definitions - Stress analysis – Strain analysis – Strains in three directions – Relation between principle stresses and strains – Module of elasticity – Physical and mechanical properties of rocks – Theories of failure – Failure of brittle anisotropy rocks – Stress distribution around single and multiple mine openings in massive competent rocks – Design of mine openings in layered rocks – Applications related to the design of some important mining methods.

I 222 - Principles of Metallurgical Engineering Introduction to metallurgical thermodynamics of the metallurgical processes – Introduction to the Reaction kinetics – Fundamentals of material and heat transfer in solids and liquids – Nucleation, growth and phase transformations – Phase separations and their applications – Principles of drying, calcination, roasting and reduction processes– Reducing smelting and melting – Evaporation and distillation and their applications in extraction and refining of metals and alloys – Principles of hydrometallurgy and its applications- Principles of electrometallurgy and its applications.

M 201 - Fluid Mechanics and its Applications Fundamentals – Characteristics of fluids – Types of flows and their equations – Flow in pipelines – Theory of pumps and its applications – Compressors and fans and their types.

I 223 - Applications of Computer in Mining Basics of Computer language - Mathematical models for ore reserve estimation – Construction of mine maps by computer software – Ore reserves estimation by software – Construction of geological cress sections by software – Evaluation of ore deposits by software – Surface software – Harvard Graphics Software.

MATH 201 - Mathematics and Statistics

A. Differential equations: Differential equations of the first order – Geometric applications Differential equations of higher order B. Statistics: Introduction to probability – Some probability distribution (binomial – Poisson – normal) – Interval estimation – Tests of hypotheses – The chi-square test – Analysis of variance – Regression and correlation.


I 224 - Mining Geology (1) Geologic structures (folds, faults and fractures) – Unconformity – Criteria of ores (stratification, chemical compositions, models and examples of rupture, contacts and folds, dislocation of ore bodies by faults, extension of ores in depth) – Exercises: to understand and interpret the geological maps, structure-contour maps – Application of descriptive geometry in solving mining problems.

I 225 - Drilling and Blasting Engineering Introduction (general – some important terminology – types of boreholes and their uses) – Principles of drilling (mechanics of rock penetration – major factors influencing penetration rate – drillability determination) – Drilling methods (percussive drilling methods and types of the used machines – rotary and percussion drilling bits – diamond drilling) - Drilling costs (surface – mounted percussive drilling costs – underground percussive drilling costs – rotary drilling costs) – Introduction to theories of rock blasting – General classification of explosives and blasting agents - Methods of initiation and firing – Sequential firing – Design of bench blasts – Special methods of blasting – Blasting in tunnels and underground mines – Blasting in coal mines – Boring and blasting certificate.

I 226 - Mine Development Opening up of coal and stratified deposits – Division of mining property into levels and panels – Optimum height of levels and panels – Development of inclined thin and thick layers – Choice of methods of opening up by variant method – Basic rules to determine the dimensions of the mining area – Finding the position of the main shaft – Dimensions of development workings – Design of operating and organization chart.

I 227 - Physical Metallurgy Atomic structure and atomic bonds – Crystal structure of metals and alloys – Microstructure of metals and alloys – Mechanical properties of metals and their relation to the structures – Cold and hot working – Recrystallization-Constitutional phase diagrams of binary alloys – Strengthening of single and multiphase of metals and alloys – Iron-Carbon phase diagram – Ferrous alloys – Non-ferrous alloys.


Mining & Metallurgical Engineering Third Year

I 321 - Surface Mining Engineering The essence and elements of surface mining – Glossary of surface mining terms – Comparative study of production by surface and underground mining – Advantages and disadvantages of surface mining – Slope stability of the faces – Different stripping ratios – Types of trenches and development schemes – Planning and engineering design for surface mining – Different classification of mining systems – Mining loading equipment transportation.

I 322 - Mining Geology (2) Economic mineral deposits: origin, types, properties characteristics,. etc. – Economic geology of Egypt. - Exercises: identification of mineral deposits in hand specimens and under the ore-microscope, solving mining problems by stereographic projection, interpretation of geologic maps.

I 323 - Rock Mechanics and Supporting Premining state of stresses – Stress distribution crowned different mining openings – Excavation design in rocks (elastic – stratified and jointed) – Rock support and reinforcement (natural supports – artificial supports – casing) – Subsidence.

I 324 - Extraction and Production of Metals Extraction and production of iron by blast furnace and direct reduction processes – Batch and continuous steel-making – Extraction of non-ferrous metals, e.g. aluminum, copper, titanium, uranium and manganese – Metals refining – Melting and solidification of metals – Design of some units and role of transport phenomena in metallurgical processes – Site and layout of metallurgical plants – Production economics – Pollution control – Waste heat recovery.

I331- Elective Course (1) “Mining Engineering”

I 331-a - Mineral Resources Exploration Geological and photo geological survey – Interpretation of aerial images – Plotting the prospecting guides – Geochemical radiometric and geothermal prospecting – Use of remote sensing technique and the electromagnetic spectrum to investigate the areas under study – Mineral resources – Water resources and environments, as well as geothermal and global tectonics – Selection of the more detailed and suitable prospecting methods – Correlation and analysis of the results of the integrated program – Reserve estimation – Economic evaluation of the project.

I331-b - Geology of Underground Water Sources, occurrence and properties of water bearing strata - Water chemistry and properties – Excavations for groundwater – Different methods of sampling and analysis - Application of the suitable geophysical methods, well logging - Groundwater flow and Darcy‘s law – Case studies to problems regarding the effect of ground and engineering projects such as tunnels and underground mine operations.


I 331-c - Block Theory Vector methods – Streographic projection – Classification and types of blocks – Application of key block theory in surface, underground mining, tunnel and other constructions.

I 331-d - Method of Finite Element Introduction – Steps in finite element methods – Deformation due to one dimensional stress – One dimensional flow – Time dependent one dimensional flow – Beam bending – Other field problems – Potential heat and fluid flow – Analysis of two dimensional stress deformation.

I 331-e - Geodynamics History of the Earth Structures Evolution of condiments and oceans – Mountain building and geosynclines – Effect of rotation of the earth and tidal forces – Geophysical data regarding the earth, facts and geomagnetic fields – Seismic of the earth – Theory of earthquakes – Propagation of seismic waves and the internal structure – Thermal and radiometric history and the condition governing the differentiation of hydrothermal debris – Mechanics of deformation and dynamics of faulting and folding elasticity and plasticity dynamics of fluids – Theological behavior.

I 331-f - Surface Subsidence in Mining Areas Definition, relation between mining methods and strata movement – Factors affecting mining subsidence, subsidence curves – Various subsidence theories – Effect of time on mining subsidence – Design of mining methods to minimize mining subsidence – Methods of measuring subsidence – Mathematical methods for subsidence prediction.

I 311-g - Mine Drainage Principles of flowing fluid – Subsurface water and ground conditions – ground water lowering and drainage techniques – Classes of under ground water – Properties of underground water – Occurrence of underground water – Handling of water for mining purposes – Cost of mine drainage.

I 331-h - Rock Fragmentation Principles and theory – Rock fragmentation by drilling – Rock fragmentation by commercial explosives – Methods of determination of fragmentation size – Unconventional methods for rock fragmentation.

I 331-I - Drilling Methods and Their Applications Percussive drilling machines (technical specification – Percussive drilling bits) – Rotary drilling (rotary bits – rotary drilling machines) - Diamond drilling machines and equipment (diamond drilling bits – reaming shells – core barrels – properties of drilling fluid) – Drilling for prospecting and sample recovery (Auger drilling – core and non core drilling – core drilling for rock testing) – Drilling for mine design (drilling pattern – the suitable distance between the bore holes – calculation of the sample recovery) – Data collection from the samples drill evaluation for lowest cost (calculation of the drilling rates – the drilling costs – the suitable number of drills for production plan).


I 314-j - Physical and Mechanical Properties of Rocks Specimen preparation for laboratory tests – Compressive strength of rocks – Tensile strength of rocks – Shear strength of rocks under tri-axial and bi-axial stresses – Static elastic constants of rock – Dynamic elastic constants of rocks – In situ testing of rocks – Theological properties of rocks –Classification of rocks – Miscellaneous properties of rocks (density – porosity – water content - permeability – swelling – slake durability index).

I 325 - Underground Mining Engineering Selection of optimum mining method – Methods of working for thin, medium thick and thick seams for non metallic ores – Study of mining organization and mechanization - Roof control – Design of room and pillar methods of mining – Methods of extracting metallic ore bodies – Design of some mining parameters for metal mines.

I 326 - Geodesy and Mine Surveying A. Geodesy: Introduction (Figure & size of the earth – Co-ordinates systems) –Triangulation‘s - Eccentric observations - Simple adjustment of triangulation‘s - Base line measurements – Its corrections - Towers of sighting & target and Intervisibility - Theory of errors and probabilities -Introduction to Matrices algebra -Least Squares and adjustment of surveying observations: Adjustment of indirect observations, Adjustment of conditional observations, adjustment of leveling nets, Trilaterations, its adjustment in accordance with least squares- GPS observations, Geodetic Astronomy. B. Mine Surveying: Introduction - Tasks of mine surveying – Organization of surveying workings – Optimization of measurements (selection of instrument and measuring method) - Orientation of Underground Surveying (tunnel – inclined shafts - vertical shafts) - Adjustment of observations (approximately – according to least squares) - Determination of rest position of swinging wires - Different workings of underground mine surveying - Different workings of mine surveying at surface mines & quarries - Specific mine surveying workings (tunneling – development).

I 327- Ore Dressing (1) Flow sheets of different unit operations in mineral processing – Crushing & grinding (theory & equipment‘s) – Liberation – Energy consumed during grinding – Laboratory and industrial screening – Particles movement in fluids and liquids – Classification by sizing – Cyclone – Evaluation of mineral processing operation - Heavy liquid separation.

I 328- Mine Surveying Project Field training for four weeks on mine surveying works in a certain mine – Triangulation or trilateration net – Base line – Connection between surface and underground – Surface and underground traverses – Topographic observation – Cadastral surveying – Topographic mapping.


I 332- Elective Course (2) “re Dressing”

I 332-a - Gravity Separation Behaviour of particles suspended in fluid and its effect on separation process – Efficiency of separation – Equipment‘s of gravity separation – Dewatering – Principles of filtration – Selection of equipment‘s used in fluid separation.

I 332-b - Crushing and Grinding Operations Principles of crushing & grinding – Graphical representation of grinding products – Energy consumption and grinding – Modeling and simulation of grinding operations – Flow sheets of crushing and grinding sections in dressing plants - Automation of grinding circuits.

I 332-c - Coal Preparation and Concentration Mineralogical description of coal deposit - Preparation and analysis of coal sample - Crushing and grinding of coal - Coal screening and size classification - Removal of gangue from coal by hand picking and its examination - Dry washing and removal of dusts from coal - Coal washing using heavy medium separation - Coal washing using jigging process - Other methods used in coal washing (Flotation,…..etc.).

I 332-d- Automation of Mineral Processing Plants Automation of crushing operations – Automation of grinding and classification operations – Automation of froth flotation – Automation of dewatering processes.

I 332-e - Material Handling in Ore Dressing Plants Solid materials handling – Pulp handling – Tailing disposal – Handling in comminution section - Storing – Hydraulic transportation of solids and slurries in pipelines.

I 333- Elective Course (3) “Engineering Metallurgy”

I 333-a - Powder Metallurgy Introduction and historical background – Production and characterization of metallic powders – Pressing technology – Sintering theory of metallic compacts and its applications – Mechanical properties of sintered parts – Investigation and quality control of products – Properties and applications fields of some powder systems.

I 333-b - Fuels, Refractories and Furnaces Types of fuels – Coals and coke cooking process – Liquid fuels – Gaseous fuels – Gasification of solid and liquid fuels –Combustion of fuels – Types of refractories – Types of industrial furnaces – Design of furnaces – Protective atmospheres in furnaces.

I333-c - Mathematical Modelling and Computer Applications in Metallurgy Building a mathematical model – Solution of mathematical models and numerical analysis techniques – Use of computers in solution – Mathematical models for some cases like; the sintering process, the blast furnace – Direct reduction of iron ores – Casting and solidification of alloys – Heat treatment – Steel-making furnace


I 333-d - Corrosion and Protection of Materials Corrosion; principles, types and influencing factors – Inspection, testing and recording – Corrosion of different materials - Ferrous and non-ferrous alloys - Non-metallic materials (polymers, ceramics and composites) – Prevention and control of corrosion.

I 333-e - Defects and Failures in Metals and Alloys Manufacturing defects and failure due to manufacturing processes (segregation, flaws and pores, piping, internal or residual stresses, embrittlement, cracks, hot tears and surface defects) – Defects and failure due to bad performance (decarbonization, corrosion, chemical erosion) – Defects and failure due to high stresses (fatigue, creep, impact and wear) – Defects and failure during thermal treatment (overheating, burning, quenching, annealing and preheating before hot working).

I 333-f - Ferroalloys Furnaces for production of ferroalloys and their facilities – Production of ferroalloys like ferrosilicon, manganese, chromium, tungsten, titanium, molybdenum, vanadium…etc) – Waste heat recovery – Environmental control – Uses and economics of ferroalloys.

I 333-g - Transport Phenomena Momentum transfer – A brief on the principles of momentum transfer and overall balances for flow in fixed beds and fluidized beds – Non Newtonian fluids – Heat transfer: principles of steady state heat transfer by conduction, convection and radiation – Principles of unsteady state heat transfer – Mass transfer – Unsteady state diffusion – Convective mass transfer.

I 333-h - Heat Treatments of Alloys Diffusion in solids – Phase transformations in solids – Recrystallization – Homogenization of alloys – Heat treatments of non-ferrous alloys – Heat treatments of ferrous alloys – Precipitation hardening – TTT diagrams of steels – Annealing, normalizing and hardening of steels – Surface heat treatments – Chemical heat treatments – Heat treatment defects – Heat treatment equipment‘s furnaces and quenching / cooling media.


Mining & Metallurgical Engineering Fourth Year

I 421 - Geostatistics Back ground – Variogram – Variogram construction – Construction of two dimensional variogram - Construction of three dimensional variogram – Variogram modeling – Selection of variogram modeling – Common problems in variogram – Variogram pitfalls – Ways to use variogram – Construction of variogram by using Variowin software – Theory of kriging – Some geostatistical applications – Length of stopping face in surface mining – Length of sample.

I 422 - Mining Geophysics Geophysical methods of exploration; including Gravity, magnetic, electric seismic, radiometric, geothermic and bore hole geophysics Seminars – Covering the application in civil engineering and geotechnics site investigation of projects – Physical and dynamic properties of rocks – Exploration for ore deposits, ground water, petroleum, solving problems encountered in mines and waste disposals – Interpretation and use of computer programming.

I 423- Ore Dressing (2) Movement of particle in fluids – Jigging – Flowing film concentration and tabling – Flocculation and dispersion – Froth flotation – Magnetic and electrostatic separation equipment‘s– Gold concentration by cyanidation – Dewatering (sedimentation – thickening – filtration – disposal of colloids – drying).

I 424- Mine Ventilation Normal atmosphere – Mine atmosphere – Functions of mine ventilation – Mine gases – Mine dusts – Sources of heat in mines and Methods of control of mine atmosphere – Air flow through mine openings and ventilation ducts – Adjustment of ventilation circuits – Natural ventilation – Mechanical ventilation and fan selection – Auxiliary ventilation – Ventilation systems.

I 431- Elective Course (4) “Ore Dressing”

I 431-a - Modelling and Simulation of Mineral Processing Operations Mathematical modeling (definition, types and construction) – Modeling of hydrocyclone and screening – Simulation of mineral processing circuits – Modeling of liberation process – Automation of wet grinding circuits – Case study.

I 431-b - Concentration of Egyptian Ores Economic ores in Egypt and its location – Different methods of concentration the following ores (phosphate, iron, coal, manganese, chromites, nightline cyanide, kaolin, lead-zinc, white and black sands and other ores) – Design of flow sheets.

I 431-c - Froth Flotation of Ores and Its Applications Parameters of froth flotation process - Flotation equipment‘s - Principles of froth flotation - Sorption and adsorption processes - Flotation reagents - Sulphides flotation - Flotation of metallic ores - Flotation of non - metallic ores (coal and phosphate) - Evaluation the results of flotation process - Simulation of flotation plants - Case study of flotation plant.


I 431-d - Dewatering and Treatment of Mineral Processing Plant Reject Dewatering methods – Chemical aids – Required equipment‘s – Mineral processing plant wastes - Impact of wastes on environment – Wastes handling - Methods of waste disposal – Recycling methods of wastes.

I 431-e - Evaluation of Mineral Processing Operations Distribution and frequency functions – Introduction to statistical analysis – Evaluation of screening operations – Evaluation of crushing and grinding operations – Evaluation of gravity separation process – Evaluation of flotation process – Case study.

I 431-f - Electrical and Magnetic Separations Apparatus used in magnetic separation – Low and high intensity magnetic apparatus – Application of magnetic separation to beneficiate some ores - Electrostatic separation equipment‘s – High-tension separation - Application of electrostatic separation to beneficiate some ores – Flow sheets on magnetic and electrostatic separation.

I 431-g - Physical and Chemical Properties of Froth Flotation Analysis and discussion of the elementary stages in flotation process- Upper and lower particle size for flotation process – General conception of flotation process - Particle movement and modeling – Formation of bubbles – Thermodynamics of thin film in flotation phases – Formation of three phase contact - Froth stability – Transformation of mineralized bubbles to froth - Flotation models based on physical properties – New applications in flotation.

I 432- Elective Course (5) “Mining Engineering”

I 432-a - Tunnel Engineering Introduction – Purpose and classification of tunnels – Geological survey and exploration – Influence of geological conditions on the design of tunnel – Analysis of loads on tunnels and underground structures – Design of tunnel sections tunneling in solid, moderately firm and loose rocks – Treatment of ground in tunnel operations, support of tunnels – Tunnel surveying – Service operation and maintenance of tunnels.

I 432-b - Engineering Models Numerical analysis – Physical models – Mathematical models – Models of photoelasticity – Principles of models design – Use of models to solve some engineering problems in mining.

I 432-c - Mining Technology Analysis of mining work regime – Principles of economic and planning of mining work – Control of mineral quality availability – Production and systems engineering.


I 432-d - Geometry of Ore Deposits Introduction to geometry of ore deposits – Introduction to field and potential theory – Application of geo-chemical and geotectonic fields – Fundamentals of geo-metrization of ore deposits – Examples for application of recent possibilities for winning information‘s about ore deposits and its evaluation – Geostatistical investigations of ore deposit parameters - Some applications of stationary random functions for ore deposit geometrization.

I 432-e - Photoelasticity and Its Applications in Mining Stress & Strain relations – Preliminary optics – Polarized light – Double refraction – Devices used for the polarization of light – Polariscopes – Stress optic law and stress pattern – Isoclines and stress trajectories – Principal stresses across sections of symmetry – Shear and normal stresses across straight lines - Shear difference method – Principal stresses by graphical integration – Material and models – Stress patterns – Features of equipment – Photography – Influence of material on stress distribution – Three dimensional photoelasticity in the design of mine openings and U.G. tunnels - Mine pillars and shafts intersecting - Mine working and other U.G. mine structures.

I 432-f - Engineering Geophysics Shallow geophysical techniques as applied to engineering projects as for example: geologic structures, ground water aquifers bedrock determination and parameter evaluation - Applications regarding ground vibration to delineate seismic hazards in mines as well as plotting isothermal maps around tunnels and mine openings to obtain ventilation design - Rock age determination and control of disposal of radio active material - Micro measurements of gravity, magnetic, electric, electromagnetic to investigate holes, cover, buried monument and ancient findings of archaeological interest.

I 432-g - Petroleum Geophysics Origin, source, migration and accumulation – Reservoir and types of traps - Regional studies leading to selection of sedimentary basins – Properties of reservoir rocks, temperature and pressure condition - Deep seismic exploration - Data acquisition – Energy – Noise study – Field layout of shots and geophones – Enhancement and processing of data – Velocity analysis – Migration of reflection points - Bore-hole measurement of electric, nuclear, acoustic and others – Interpretation and correlation of results.

I 432-h - Design of Stratified Mines Behaviour of coal seams (deformation, shear zones, joints) – Design of room and pillar mining methods – (Stresses in pillars – Pillar strength) – Design of mining roadways – Design of vertical shaft and lining – Study of stability of long-wall – Calculation of rock pressure and design of face supports – Design of mining caving methods Coal mine gasses – Design of mining ventilation.

I 432-I - Study and Management of Mining Projects Organization structure - Administration, Supervision and Training - Staff services and research, company formational organization - Companies, annual reports and accounts management – Control of operations - Feasibility study of mining projects.


I 432-j - Stability and Design of Rock Slopes Geological and engineering considerations for design the optimum slope angles – Theoretical analysis of stability – Monitoring and control of present slopes.

I 432-k - Effect of Mining Operation on Earth’s Crust Risks of mining operations - Methods of risk alimentation and minimization – Theory of subsidence – Factors affecting earth crust movements in underground mining zones (time factor – subsidence factor, extracted thickness factor) – Calculation of the components earth crust displacement – Kinematics of compacted earth crust – Kinematics of incompact earth crust.

I 432-L - Ventilation Design Economics of air flow – Rational design of airway sizes and its calculations – Estimation of air conditions during its passage through an airways – Calculation of thermal load in a stop – Design and selection of air conditioning equipment in mines – Design of temporary tunnel ventilation during construction – Design of permanent tunnel ventilation and its parameters – Normal ventilation in tunnels – Mechanical ventilation in tunnels – Design of longitudinal tunnel ventilation and ventilation equipment selection.

I 432-m - Technology of Surface Mining and Quarries Some surface terminology – Some mining methods (strip, terraces, Conical mining) – Rock extraction with scrapers – Bulldozers and loaders – Method of rock preparation for extraction – Drilling and blasting in surface mining – Principles of geometrical analysis of open pit fields and pit limits – Haulage & transportation in surface mining – Organization and management.

I 432-n - Special Methods of Ore Extraction Hydraulic mining methods – Coal gasification – Solution of mining – Leaching methods of mining.

I 433- Elective Course (6) “Engineering Metallurgy”

I 433-a - Engineering Materials Evaluation of engineering materials – Structure of engineering materials – The relation between the structure, and the properties of metallic materials and their applications (Al-alloys, Cu-alloys; steel and cast iron.) – Ceramic materials and their applications (glass, refractory materials, abrasive materials, and construction materials) – Polymers and plastics and their applications – Composite materials and their applications – Material selection for a certain engineering product.

I 433-b - Solidification and Casting of Metals and Alloys Solidification of metals and alloys – Nucleation and growth of crystals during solidification – Grain refinement and their applications in different industries– Structure of castings – Relation between casting properties and equilibrium diagrams of alloys – Casting processes and their advantages, disadvantages and economics – Industrial alloys for production of ferrous and non-ferrous castings.


I 433-c - Metallurgical Equipment Plant Design Material balance – Energy balance – Processing flow sheeting route – Piping and instrumentation – Cost estimation and economic analysis – Materials of construction – Specification and design of equipment and machinery – Mechanical design – Energy conservation and waste heat recovery – Industrial safety and waste control – Site selection.

I 433-d - Phase Equilibrium Introduction to metallurgical thermodynamics of metals and alloys – Phase rule and its applications – Phase equilibrium in binary alloys –Phase equilibrium in ternary alloys – Non-equilibrium phenomenon in metallurgical systems and its usefulness for industrial applications.

I 433-e - New Materials Types of engineering materials, properties and applications – Importance of modern materials in the technology of aerospace, biotechnology and electronic as well as information technologies – Case studies (ceramics, composites, polymerics, rapidly solidified materials, …..etc).

I 433-f - Electro Metallurgy Metallurgical thermodynamics – Kinetics – Electrolysis – Electrolytic production and refining cells – Electrolysis of aqueous solutions and molten salts – Transport phenomena in electrochemical reactors – Reactor design – Case studies.

I 433-g - Materials Testing and Processing Types and properties of engineering materials – Metals, alloys, ceramics and polymers and their properties – Utilization limits of metals and alloys, ceramics and polymers – Effect of environment on the engineering materials – Effect of service conditions on the engineering materials and their failure – Materials economics (price of raw materials, relative production cost, manufacturing and machining economics) – Comparison between different manufacturing processes (number, economy and machining) – Inspection and evaluation methods – Use of computer in materials evaluation and selection.

I 433-h - Manufacturing Processes Preparation for manufacturing – Metals and alloys – Foundry process and its types – Powder metallurgy – Primary processes for manufacturing metallic materials – Joining and welding processes – Cutting processes of metals – Sawing and grinding processes – Surface engineering – Gears and their manufacture.

I 433-I - Recovery and Recycling of Energy and Materials Waste management – Recycling of gaseous, Liquid and solid wastes – Energy conservation and waste heat recovery – Design of some recycling and recovery units – Case studies (aluminium smelters, casting houses, iron and steel industry,..etc.)


I 426 - Mining Economics and Evaluation Assessment of mineral resources – The estimation of recoverable ore reserves - Calculation of the average ore grade – Ore and waste selection and grade control – Introduction to the basic concepts of economics, time value of money – concepts of present worth – Future worth – Annual worth and rate of return – Methods of estimating depreciation and depletion allowances – Evaluation techniques and mine feasibility study – Risk and sensitivity analysis (analysis of risk associated with mining projects and its impact on the evaluation process and analysis of the sensitivities of mining projects to grade – mineral price – costs and other relevant items) – Introduction to the science of decision making and risk theory – The use of stochastic and option pricing techniques in mineral asset evaluation.

I 427 - Planning and Design of Ore Dressing Plants Introduction to statistical analysis - Economics of mineral processing operations - Separation functions (distribution and frequency function) - Evaluation of different mineral processing operations (screening, crushing & grinding, classification, hydrocyclone, tabling, jigging, Humphry spirals, Flotation, thickening and, filtration) - Flow sheets design for processing of some ores and minerals.

I 428 - Mine Machinery Winding roper – Hoists and Hoisting systems – Rope Haulage systems – Locomotive Haulage – Conveys transportation – Compared and comprehend air in mining – Water handling for mining purposes – Ore bins.

I 429 - Pollution and Environmental Control Gas & Dust pollution in mining & related industries: measurements, characterization, control techniques, meteorology factors and air pollution modeling - Environmental impacts in mining industry, noise, fires, radiation, blasting hazards & their control and safety rules to avoid their hazards - Treatment of wastewater from mining industry.

I 425 - Project


Architectural Engineering Department First Year

A 121- Basics of Architectural Design Drawing practice of architectural figures - Studying the design elements of buildings - Studying the design elements and dimensions of interior furniture - Studying the architectural form of a classical architectural example.

A 122- Building Construction (1) Methods of building construction - Bearing-walls construction - Skeleton construction - Building with bricks - Building with Stone - Insulation - Flooring - Staircases - Studying the different stages of building construction theoretically - Practical observation of the different stages of building construction in site.

A 123- Visual Drawing and Colours Proportions and compositions of surfaces and objects - Freehand drawing of pictures and objects - Basics of visual design - Theory of colour - Practicing the use of different kinds of colours - The function of colour in architectural design.

A 124- Theories of Architecture (1) Origin of architecture and its evolution - Factors influencing architecture )Function - Construction - Form – Economy( - Building Elements - Functional Relationships.

C 101 - Surveying Mapping systems - Drawing scales - Linear measurements and their corrective methods - Calculation and subdivision of areas - Compass - Polygons - Contour lines - Principles of tachometry.

A 125- Architectural Design (1) Studying the building facades - Design of simple architectural projects composed of one building with emphasis on interior furniture - Studying the functional relationships - Projects such as: detached house / small rest house.

A 126- Shade, Shadow and Perspective Drawing Point Shadow - Line shadow - Plane shadow - Shades of objects - Shades of architectural compositions - Defining perspectives in terms of perspective angle - Interior perspective - Methods of perspective drawing.

A 127- History of Architecture (1) Pre-historic architecture and art - Ancient Egyptian Architecture - West-Asiatic architecture - Greek architecture - Roman architecture.

C 102- Theory of Structures Loads and reactions - Axial forces - Sheer force and moments - Statically defined frames - Properties of plane surfaces - Introduction to perpendicular strains.

A 128- Introduction to Computing Components of computers - Computers in architecture - Architectural software and its use.


Architectural Engineering Department Second Year

A 221 - Architectural Design (2) Studying architectural projects composed of one building with emphasis on solving problems of circulation - Space - Mass - Facades - Long-span roofing methods - Projects such as: bank / post-office / cafeteria / exhibition hall / museum.

A 222 - Building Construction (2) Foundations - Roofing - Expansion and settlement joints - Wooden windows and doors - Metal windows and doors - Finishing work.

A 223 - Applications of Computer Studying the use of two-dimensional software - Introduction to three-dimensional software - Word programmes - Statistical analysis and its use.

A 224 - History of Architecture (2) Architecture at the dawn of Christianity - Byzantine architecture - Renaissance architecture - Islamic architecture.

C 201 - Theory of Structures (2) Perpendicular stress - Sheer stresses and torsion stresses - United and main stresses - Deflection of beams - Continuous beams - Dynamic loads and beams - Introduction to instability.

A 225 - Architectural Design (3) Studying the architectural projects of multiple detached or attached buildings with emphasis on the circulation, the form relationships and interior-exterior spaces. Projects such as: kindergarten / primary school / hotel.

A 226 - Theories of Architecture (2) Interior space: elements, composition and circulation - Exterior space, nature and site - Forms and their organization in space and site - Environment and architecture.

A 227 - Urban Planning (1) History of urban planning from the ancient times until the industrial revolution - Principles of city planning - Comprehensive planning studies - Fieldwork: a study of a residential site.

C 202 - Material Properties Engineering materials - Stresses and strains - Behaviour of different statically-strained materials - Concrete: materials, properties, mixture designs and industry.

A 228 - Building Physics (Acoustics - Lighting - Air-Conditioning) Acoustical measurements - Acoustics of closed spaces - Basics of noise control - Lighting measurements - Air-conditioning: requirements and methods.


Architectural Engineering Department Third Year

A 321 - Architectural Design (4) Studying complex architectural projects of multiple detached/attached and/or multi-store buildings with emphasis on the development of alternatives and rational thinking. Projects such as: cultural center / office building / commercial center.

A 322 - Working Drawings (1) Preparation of the architectural and working drawings of a middle-size building (Plans - Elevations - Cross-sections).

A 323 - Environmental and Climatologic Studies Climatic Zones - Solar movement - Solar radiation - Louvers and solar protection - Natural ventilation - Natural lighting.

A 324 - Building Laws and Regulations Urban legislations in Egypt - Urban planning Laws - Building regulations - Industrial building regulations - Public building regulations (educational - medical).

C 301 - Structural Engineering Concrete Construction: Mechanical properties of elements of reinforced concrete - Cross-sections of reinforced concrete - Sheer, bending and axial forces - Load distribution on beams - Slabs. Steel Construction: Design of tension and compression elements - Joints - Structural details. Foundations: Natural properties of soil - Different soil layers - Compression of soil - Soil mechanics - Design of foundations.

A 325 - Architectural Design (5) Studying architectural projects related to the real estate. Multiple buildings - Emphasis on the application of building laws and principles of economics.

A 326 - Working Drawings (2) Electrical and Sanitary installations - Design and drawing of doors and windows - Architectural details.

A 327 - Urban Planning (2) Levels of planning - City structure - Planning principles - New towns - Detailed planning of city centers and residential neighborhoods.

A 328 - Theories of Architecture (3) Architectural movements after the first industrial revolution - Modern society, the new technological and cultural potentials and architectural design - Theories, principles and works of first -, second- and third-generation pioneers of modern architecture.

C302 - Sanitary Engineering Sanitary and environmental engineering - Supplying cities with water - liquid disposal - Supplying buildings with water - Planning sanitary works in buildings - Liquid disposal in remote areas.


Architectural Engineering Department Fourth Year

A 421 - Architectural Design (6) Studying architectural projects with complex circulations built on large areas - Projects such as: hospital / tourist resort / airport.

A 422 - Urban Design Components of urban spaces - Masses, spaces and their elements - Urban activities - Perception of space - Visual elements of a city - Theory of perception - Visual sequence.

A 423 - Management of Building Operations Site preparation - Site management - Administration - Technology - Organizational structure of a site - Construction control - Implementation programme - Cost - Performance criteria - Incentives.

A 424 - Quantities and Specifications Cost estimation - Work sequence - Contracts - Building works specifications.

A 425 - Housing Concept of housing - Housing problems in Egypt - Factors and criteria of housing in Egypt and the world - Housing solutions - A study of a housing project in a given area.

A 426 - Working Drawings (3) Detailed interior and exterior working drawings of elements of public buildings.

A 427- Urban and Regional Planning Planning at the regional level - Planning of rural villages - Structural, master and detailed planning of cities - Redevelopment of old areas.

A 428 - Project Preliminary study of an architectural composition - Site analysis - Programme formulation - Project design - Analytical studies - Drawing and rendering.

Elective Course The student selects one of the following courses:

A 431- Methods of Scientific Research in Architecture and Urbanisation Different theories and methods - Practice.

A 432- Environmental Pollution Environment - Pollution - Urban Environment - Pollutants - Remedies.

A 433- Geography of Cities City locations - City forms - City functions - Future cities and planning - Upgrading cities.


A 434- Building Economics Principles of building economics - Factors influencing building economics.

A 435- Acoustic Design of Buildings Principles of acoustic design - Examples.

CURRICULUM OF FACULTY OF ENGINEERING · Technology and Engineering Materials- Structures Dynamics and Earthquake Engineering- Inspection, Maintenance and Repair of Structures - Design

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