Electronics Engineering Presentation Prof. Dr. Ahmet AKSEN Department Head Prof. Dr. Ahmet AKSEN Department Head.

Electronics Engineering PresentationElectronics Engineering Presentation

Prof. Dr. Ahmet AKSENDepartment HeadProf. Dr. Ahmet AKSENDepartment Head

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http://ee.isikun.edu.tr

Academic StaffAcademic Staff

Dr . Hakan GÜRKAN

Assist. Prof. Hasan F.ATEŞ

Prof. Dr. Ahmet AksenDepartment Head

Prof. Dr. Yorgo ISTEFANOPULOSDean

Prof. Dr. Mustafa KARAMAN Assist. Prof. Onur KAYA Assist. Prof. Mengüç ÖNER

Assist. Prof. Ümit GÜZ Dr. Ebru G. ÇİMEN

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Research AssistantsResearch Assistants

Administrative Staff

Alper ŞİŞMAN Coşkun TEKEŞ Hayri ŞİMŞEK

Gülce GÜL

Departments Secretary

Burak ÇİZMECİ

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Electronics Engineering Program


The undergraduate program offered by the Department of Electronics Engineering aims to provide students with a thorough background in both theoretical and practical aspects of the core principles of Electronics Engineering and of the underlying scientific fundamentals.

The undergraduate program offered by the Department of Electronics Engineering aims to provide students with a thorough background in both theoretical and practical aspects of the core principles of Electronics Engineering and of the underlying scientific fundamentals.

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The program covers all major areas of Electronics Engineering, particularly focusing on the topics of Telecommunications, Electronics, Signals and Systems, and Signal and Image Processing. Along with the core courses required for Electronics Engineering discipline, the students acquire hands-on experience through intensive laboratory and project works related to the current practices in these areas. A wide range of technical elective courses are also offered to provide knowledge and professional skills that will allow the students to develop careers in industries related to these areas, as well as to pursue subsequent graduate studies. With a balanced coverage of additional complementary and non-technical elective courses, the program aims to provide inter-disciplinary, intellectual and practical skills that will prepare the students for diverse career paths.

The program covers all major areas of Electronics Engineering, particularly focusing on the topics of Telecommunications, Electronics, Signals and Systems, and Signal and Image Processing. Along with the core courses required for Electronics Engineering discipline, the students acquire hands-on experience through intensive laboratory and project works related to the current practices in these areas. A wide range of technical elective courses are also offered to provide knowledge and professional skills that will allow the students to develop careers in industries related to these areas, as well as to pursue subsequent graduate studies. With a balanced coverage of additional complementary and non-technical elective courses, the program aims to provide inter-disciplinary, intellectual and practical skills that will prepare the students for diverse career paths.

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CurriculumCurriculum 136 credits

Core Science Courses (S) 33 credits Core Social Science Courses (SS) 4 credits

Core Courses (D1) 48 credits Project (D1) 4 credits

Departmental Electives (D2) 12 credits Complementary Electives (C) 6 credits

English (L) 6 credits Human / Social Science courses (H) 17 credits Free Elective Courses (F) 6 credits

40 work day industrial training

136 credits

Core Science Courses (S) 33 credits Core Social Science Courses (SS) 4 credits

Core Courses (D1) 48 credits Project (D1) 4 credits

Departmental Electives (D2) 12 credits Complementary Electives (C) 6 credits

English (L) 6 credits Human / Social Science courses (H) 17 credits Free Elective Courses (F) 6 credits

40 work day industrial training

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Electronics Engineering Course Groups

Electronics Engineering Course Groups

24%

3%

4%

12%

35%

9%

4% 4%

5%

Social Science CoreCourses

Basic Science CoreCourses

Departmental CoreCourses

Project

Departmental ElectiveCourses

Complementary Electives

English

HSS Courses

Free Elective Courses

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Departmental Core Courses – D1

Departmental Core Courses – D1

CHEM 101 Generay Chemistry MATH 201 Calculus III EE 221 Circuit Theory I EE 203 Simulation Tools EE 222 Circuit Theory II EE 230 Electronics I EE 224 Electric Circuits Laboratory EE 240 Logic Design Circuits EE 242 Logic Circuits Design Laboratory EE 361 Electromagnetic Theory EE 331 Electronics II EE 333 Electronics Laboratory EE 350 Signals and Systems EE 362 Electromagnetic Waves EE 471 Communication Engineering I EE 451 Digital Signal Processing EE 472 Communication Engineering II EE 490 Project

CHEM 101 Generay Chemistry MATH 201 Calculus III EE 221 Circuit Theory I EE 203 Simulation Tools EE 222 Circuit Theory II EE 230 Electronics I EE 224 Electric Circuits Laboratory EE 240 Logic Design Circuits EE 242 Logic Circuits Design Laboratory EE 361 Electromagnetic Theory EE 331 Electronics II EE 333 Electronics Laboratory EE 350 Signals and Systems EE 362 Electromagnetic Waves EE 471 Communication Engineering I EE 451 Digital Signal Processing EE 472 Communication Engineering II EE 490 Project

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Departmental Elective Courses – D2

Departmental Elective Courses – D2

EE 474 Communication Simulation Tecniques and Lab.

EE 476 Wireless Communication EE 478 Satellite Communication CSE431 Computer Networks EE 453 Introduction to Image Processing EE 484 Special Topics (Multimedia Communication) EE 4xx Special Topics

EE 441 Digital Electronics CSE342 Mikroprocessors EE 473 Communication Electronics EE 461 Microwave Engineering EE 462 Microwave Measurement Techniques and Lab.

EE 352 System Dynamics and Control

EE 474 Communication Simulation Tecniques and Lab.

EE 476 Wireless Communication EE 478 Satellite Communication CSE431 Computer Networks EE 453 Introduction to Image Processing EE 484 Special Topics (Multimedia Communication) EE 4xx Special Topics

EE 441 Digital Electronics CSE342 Mikroprocessors EE 473 Communication Electronics EE 461 Microwave Engineering EE 462 Microwave Measurement Techniques and Lab.

EE 352 System Dynamics and Control

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Complementary Elective Courses – C

Complementary Elective Courses – C

All 3 Credits CSE, EE, IE, MATH, PHYS Department Courses

IT 432 Medical Informatics IT 433 Data Warehousing and Data Mining

Free Elective Courses – F All 3 credits courses

All 3 Credits CSE, EE, IE, MATH, PHYS Department Courses

IT 432 Medical Informatics IT 433 Data Warehousing and Data Mining

Free Elective Courses – F All 3 credits courses

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Prerequisites and Course Links

Prerequisites and Course Links

Freshman JuniorSophomore Senior

FALL SPRING FALL SPRING FALL SPRING FALL SPRING

EE221

EE441

EE473

EE490MATH220

EE352

Course Courses

Elective Course

EE478 Consent of Instructor

Prerequisite

Related

EE222

EE224

EE331

EE333

MATH100

MATH101 MATH102 EE350

EE471

EE451

EE453

EE472

EE474

EE476

MATH201 EE361 EE362 EE461 EE462

EE478

EE48x

EE352MATH220

EE230

EE 203

MATH230

Freshman JuniorSophomore Senior

FALL SPRING FALL SPRING FALL SPRING FALL SPRING

EE221

EE441

EE473

EE490MATH220

EE352

Course Courses

Elective Course

EE478 Consent of Instructor

Prerequisite

Related

EE222

EE224

EE331

EE333

MATH100

MATH101 MATH102 EE350

EE471

EE451

EE453

EE472

EE474

EE476

MATH201 EE361 EE362 EE461 EE462

EE478

EE48x

EE352MATH220

EE230

EE 203

MATH230

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FacilitiesFacilities

Laboratories Electric Circuits Laboratory Electronics Laboratory Logic Circuits Design Laboratory Communication and Microwave Laboratory Signal and Image Processing Laboratory Project Labaratory

Softwares Matlab Spice Electronic Workbench

Laboratories Electric Circuits Laboratory Electronics Laboratory Logic Circuits Design Laboratory Communication and Microwave Laboratory Signal and Image Processing Laboratory Project Labaratory

Softwares Matlab Spice Electronic Workbench

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Research AreasResearch Areas

Signal Processing - Image, Video, Graphics Processing and Coding - Multimedia Standards - Speech Recognition and Coding- Biomedical Signal Processing and Acoustic Imaging - Wavelets and Multi-Resolution Analysis

Circuits and Systems - Multi Dimensional Circuit Theory - Design of Broadband Matching Networks- Microwave Amplifier and Filter Design - Microwave Integrated Circuit Design

Communications- Communication Theory - Information Theory, Source and Channel Coding - Channel Estimation- Ultra Wideband Communication- Stochastic Signal Processing for Wireless Communication. - OFDM and CDMA

Signal Processing - Image, Video, Graphics Processing and Coding - Multimedia Standards - Speech Recognition and Coding- Biomedical Signal Processing and Acoustic Imaging - Wavelets and Multi-Resolution Analysis

Circuits and Systems - Multi Dimensional Circuit Theory - Design of Broadband Matching Networks- Microwave Amplifier and Filter Design - Microwave Integrated Circuit Design

Communications- Communication Theory - Information Theory, Source and Channel Coding - Channel Estimation- Ultra Wideband Communication- Stochastic Signal Processing for Wireless Communication. - OFDM and CDMA

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ProjectsProjects

Advanced IVUS imaging using micromachined ultrasonic transducers

CMUTs with integrated electronics for forward looking IVUS imaging

Miniature real-time volumetric ultrasound imaging system

Optimum Resource Allocation and Transmit Strategies For Cooperative Wireless Communication Networks

Efficient and Low-complexity Encoder Design for H.264 Video Coding Standard

Design of Efficient Block Partitioning Methods for Wavelet-based Image Coders

Advanced IVUS imaging using micromachined ultrasonic transducers

CMUTs with integrated electronics for forward looking IVUS imaging

Miniature real-time volumetric ultrasound imaging system

Optimum Resource Allocation and Transmit Strategies For Cooperative Wireless Communication Networks

Efficient and Low-complexity Encoder Design for H.264 Video Coding Standard

Design of Efficient Block Partitioning Methods for Wavelet-based Image Coders

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Student ProjectsStudent Projects

Gender Recognition Using Speech Signals

Watermarking with Wavelet Infrared Extender for Through Wall

Remote ControlUltrasonic Ranging for the BlindGarage Gate Control with GSM

Gender Recognition Using Speech Signals

Watermarking with Wavelet Infrared Extender for Through Wall

Remote ControlUltrasonic Ranging for the BlindGarage Gate Control with GSM

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Graduate Programs Graduate Programs

Electronics Engineering M.Sc. Program Electronics Engineering Ph.D. Program

Research Areas Communication Signal Processing Image Processing Biomedical Signal Processing Microwave Circuit Design Electronics Design

Electronics Engineering M.Sc. Program Electronics Engineering Ph.D. Program

Research Areas Communication Signal Processing Image Processing Biomedical Signal Processing Microwave Circuit Design Electronics Design

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Suggestions for your Education planning !!!Suggestions for your

Education planning !!! Read regulations and directives (registrar.isikun.edu.tr)

Regulation of undergraduate education and assesment Scholarship regulations Double major and minor program regulations

Be informed about Academic Calendar(ADD-DROP, Withdrawal, Academic Calender etc...)

Register courses with your advisor at the beginning of each semester.

For your undergraduate planning consult with your advisor

Read regulations and directives (registrar.isikun.edu.tr) Regulation of undergraduate education and assesment Scholarship regulations Double major and minor program regulations

Be informed about Academic Calendar(ADD-DROP, Withdrawal, Academic Calender etc...)

Register courses with your advisor at the beginning of each semester.

For your undergraduate planning consult with your advisor

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Suggestions !!!Suggestions !!!

Care attendance !

Use effectively office hours of Instructers and assistants !

Avoid Repeat (GPA< 1.5) and Probation (GPA< 2.0) status !

Internalize that making mistakes is more honorable than cheeting

Improve your English skills

Improve your report writing and presentation skills

Care attendance !

Use effectively office hours of Instructers and assistants !

Avoid Repeat (GPA< 1.5) and Probation (GPA< 2.0) status !

Internalize that making mistakes is more honorable than cheeting

Improve your English skills

Improve your report writing and presentation skills

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Suggestions !!!Suggestions !!!

Follow our announcement boards and department Web Page (ee.isikun.edu.tr) and try to participate in seminars and meetings

Be aware of the importance of laboratory work

Use efficiently Department Student Representative channel

Participate in Electronics Club and other social activities

Follow our announcement boards and department Web Page (ee.isikun.edu.tr) and try to participate in seminars and meetings

Be aware of the importance of laboratory work

Use efficiently Department Student Representative channel

Participate in Electronics Club and other social activities

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Suggestions!!! Suggestions!!!

Participate in surveys and state your thoughts and comments

Course Evaluation Survey (end of semester)

“Student Survey” (department meetings)

Participate in surveys and state your thoughts and comments

Course Evaluation Survey (end of semester)

“Student Survey” (department meetings)

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Questions ?Questions ?


[email protected]


[email protected]

Electronics Engineering Presentation Prof. Dr. Ahmet AKSEN Department Head Prof. Dr. Ahmet AKSEN Department Head.

Documents

credits core courses

credits english

electronics laboratory

credits core science

credits project d1

systems ee

communication engineering

electromagnetic theory