Name of Faculty:- Rashmi / Dr. Prem Singh Ahlawat Discipline:- Applied Sciences Semester:- 1 st sem 1August 2018 -30 Nov 2018 Subject: HSMC-ENG-101G ENGLISH LANGUAGE SKILLS Week Theory Lecture Day Topic (including assignment/ test 1 SECTION - A 1 Introduction – Scheme of examination , Subject verb agreement 2 Subject verb agreement 2 3 Noun Pronoun agreement 4 Governance of Nouns through Prepositions 3,4 5,6 Basic Verb Patterns (V) 7,8 Basic Verb Patterns (SVO) & ( SVO) 5,6 9,10 Basic Verb Patterns (SVC) , (SVOC) 11,12 Basic Verb Patterns (SVOA) 7 8 SECTION – B 13 Idioms , Foreign Words 14 Use of Active & Passive Voice. Sessional exam 9 15,16 Referring Time in Language (Tenses) 10 17 Referring Time in Language (Tenses) 18 Referring Time in Language (Tenses) SECTION - C 11 19 Basic concept – Vowels , Consonants 20 Phonemes 12 21 Syllable 22 Transcription of Words 13 Sessional exam 14 SECTION - D 23 The Secret of Work by swami Vivekananda 24 Patriotism beyond Politics & Religion By Abdul Kalam Azad 15 25 An Outline of Intellectual Rubbish by Bertrand Russell 26 Mother Teresaby Khushwant Singh 16 27 Writing Official Letters 28 Writing Official Letters 17 29 Essay ,Paragraph Writing 30 Discussion cum lecture for section - C 18 Pre University exam
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Name of Faculty:- Rashmi / Dr. Prem Singh Ahlawat
Discipline:- Applied Sciences
Semester:- 1st
sem 1August 2018 -30 Nov 2018
Subject: HSMC-ENG-101G ENGLISH LANGUAGE SKILLS
Week
Theory
Lecture
Day
Topic
(including assignment/
test
1
SECTION - A 1 Introduction – Scheme of examination , Subject verb agreement
2 Subject verb agreement
2 3 Noun Pronoun agreement
4 Governance of Nouns through Prepositions
3,4 5,6 Basic Verb Patterns (V)
7,8 Basic Verb Patterns (SVO) & ( SVO)
5,6 9,10 Basic Verb Patterns (SVC) , (SVOC)
11,12 Basic Verb Patterns (SVOA)
7
8
SECTION – B
13 Idioms , Foreign Words
14 Use of Active & Passive Voice.
Sessional exam 9
15,16
Referring Time in Language (Tenses)
10
17
Referring Time in Language (Tenses)
18
Referring Time in Language (Tenses)
SECTION - C
11
19 Basic concept – Vowels , Consonants
20 Phonemes
12 21 Syllable
22 Transcription of Words
13
Sessional exam
14
SECTION - D
23 The Secret of Work by swami Vivekananda
24 Patriotism beyond Politics & Religion By Abdul Kalam Azad
15 25 An Outline of Intellectual Rubbish by Bertrand Russell
26 Mother Teresa by Khushwant Singh
16 27 Writing Official Letters
28 Writing Official Letters
17
29 Essay ,Paragraph Writing
30
Discussion cum lecture for section - C
18
Pre University exam
Name of Faculty Dr. Kiran Malik
Discipline:- Civil
Semester:-M. TB.Tech Ist sem
Subject: Programming For Problem Solving
Lesson Plan duration:- 30 July 2018 to 30 Nov 2018
Lecture
Day
Topic
(including assignment/
test
Practical
Day Experiment
1 Introduction to Programming
2
Idea of Algorithm: Steps to solve
logical
3 Examples
4 Representation ofAlgorithm
5 Flowchart/Pseudocode
6 Examples
7 Examples
8 C Programming: Keywords
9 Variables and Data Types
10 basic, derived and user defined
11 Type Conversions
12
Header Files, Basic Input and
Output Functions
13 Statements, Compilation,
14
Syntax and Logical Errors in
compilation,
15
Object and Executable Code,
Storage Classes
16 Contd.
17
Arithmetic Expressions and
Precedence.
18 Preprocessors, Conditional
19 Branching Statements
20 Examples/Programming
21 Examples/Programming
22 Loops/ Iterative Statements
23 Examples/Programming
24 Examples/Programming
25 Examples/Programming
26 evaluation of conditionals and conseque
27 Examples/Programming
28 Examples/Programming
29 Introduction: Arrays (1-D, 2-D),
30 Examples/Programming
31 Contd.
32 Character Arrays and Strings,
2
3
4
5
6
2
3
4
5
6
Implements array
8
9
7
Sessional Exams
implement array7
Implement data types
Implement Banch Statemnents
Implements Loops
while,For,Do-While loop
Implement Function
Theory Practical
Week
1 1 implement Algorithm
33 Contd.
34 Examples/Programming
35 Examples/Programming
36 Arrays with Pointers
37
Functions (including using built in
libraries)
38 Parameter passing in functions
39 Contd. ,Examples
40
Call by Value, Call by Reference,
Passing arrays to function
41
Recursion, as a different way of
solving problems
42
such as Finding Factorial,
Fibonacci series, Ackerman
function etc
43
44 Examples/Programming
45 Introduction: Number System
46 Types Of Number System
47 Decimal to Binary number System
48 Examples
49
Decimal to Octal Number
system,hexadecimal
50
Binary ,octal,hexadecimal to
decimal
51 Inter conversion
52 Examples
53 Complemnents 1's and 2's
54 Addition ,subtraction
55 Examples
56 Examples
57 Revision
58 Revision
59 Revision
60 Revision
File completion work/ Internal viva17
13 Sessional Exams
14 10 implement recursion
15 11 Implement Pointer
16Practice Work/ File completion
work
11
12Practice Work/ File completion
work
implement structure,union9
10 implement array 2D ,3D array8
18 Sessional Exams
Name of Faculty:- Guest Dr. Kiran Malik
Discipline:- ECEECE
Semester:-M. TB.Tech Ist sem
Subject: Programming For Problem Solving
Lesson Plan duration:- 30 July 2018 to 30 Nov 2018
Lecture
Day
Topic
(including assignment/
test
Practical
Day Experiment
1 Introduction to Programming
2
Idea of Algorithm: Steps to solve
logical
3 Examples
4 Representation ofAlgorithm
5 Flowchart/Pseudocode
6 Examples
7 Examples
8 C Programming: Keywords
9 Variables and Data Types
10 basic, derived and user defined
11 Type Conversions
12
Header Files, Basic Input and
Output Functions
13 Statements, Compilation,
14
Syntax and Logical Errors in
compilation,
15
Object and Executable Code,
Storage Classes
16 Contd.
17
Arithmetic Expressions and
Precedence.
18 Preprocessors, Conditional
19 Branching Statements
20 Examples/Programming
21 Examples/Programming
22 Loops/ Iterative Statements
23 Examples/Programming
24 Examples/Programming
25 Examples/Programming
26 evaluation of conditionals and conseque
27 Examples/Programming
28 Examples/Programming
29 Introduction: Arrays (1-D, 2-D),
Theory Practical
Week
1 1 implement Algorithm
Implement data types
Implement Banch Statemnents
Implements Loops
while,For,Do-While loop
Implement Function
Implements array
8
7
Sessional Exams
2
3
4
5
6
2
3
4
5
6
30 Examples/Programming
31 Contd.
32 Character Arrays and Strings,
33 Contd.
34 Examples/Programming
35 Examples/Programming
36 Arrays with Pointers
37
Functions (including using built in
libraries)
38 Parameter passing in functions
39 Contd. ,Examples
40
Call by Value, Call by Reference,
Passing arrays to function
41
Recursion, as a different way of
solving problems
42
such as Finding Factorial,
Fibonacci series, Ackerman
function etc
43 .Idea of pointers, Defining pointers,
44
Use of Pointers in self-referential
structures
45 Examples/Programming
46 Dynamic Memory Allocation and its M
47 Examples/Programming
48 Examples/Programming
49 Define Structures,initialization
50 Examples/Programming
51 Examples/Programming
52 Defining Structures
53 and Array of Structures, .
54 File Handling
55 Examples/Programming
56 Examples/Programming
57 Revision
58 Revision
59 Revision
60 Revision
18 Sessional Exams
9
10
implement array
implement array 2D ,3D array
7
8
11
12Practice Work/ File completion
work
implement structure,union9
File completion work/ Internal viva17
13 Sessional Exams
14 10 implement recursion
15 11 Implement Pointer
16Practice Work/ File completion
work
Name of Faculty:- REENA
Discipline:- Applied Sciences
Semester:- 1st sem 1August 2018 -30 Nov 2018
Subject: BSE-CHE-101G CHEMISTRY
Week
Theory
Lecture Day
Topic (including assignment/
test
EXPERIMENTS
1
1,2
Schrondinger equation, forms of the hydrogen wave functions and plot of these functions their spatial
variation
Determination of surface tension of ion Liquid by drop number method.
3,4 Molecular orbital energy level diagram of diatomic
molecules,
2
5 Pi molecular orbitals of butadiene and benzene Determine the viscosity of given Liquid by using Oswald viscometer. 6 Crystal field theory
7 Energy level diagram for transition metal ions
8 Band structure of solids
3 9,10 Role of doping on band structures Calculate the Rf value of given
Sample using Thin layer chromatography 11,12 Revision of UNIT-1 and question discussion
4
13 Introduction of periodic elements
14 Effective nuclear charge Removal of Ca and Mg hardness From given water sample using ion. .
15,16 Shielding and penetration power of orbitals, atomic
size
5
17 Atomic and ionic sizes Calculation the strength of strong acid by titrating it with strong base using conductometer.
18 Electronic configuration of all elements
19 Question discussion
20 Ionization energy,electron affinity
6
21,22 Variations of s,p,d and f orbital energies of atoms in
the periodic table TO Prepare the urea formaldehyde And phenol formaldehyde resin.
23 Electronegativity, polarizability
24 Oxidation states
7
25 Revision of Unit-2
26 Representation of 3 dimensional structures
27 Structural isomers and stereoisomers
28 Configurations, symmetry
8
Sessional exam
9 29,30 Chirality, enantiomers TO prepare iodoform.
31 diastereomers
32 Optical activity
10
33 Absolute configurations and confirmation analysis
To determine the total hardness of Given water sample by EDTA.
34,35 Isomerism in transition metal compounds
36 Introduction to reactions involving substitution TO prepare the urea formaldehyde
11 37,38,39,
40 Addition, elimination, oxidation reactons
and phenol formaldehyde resin.
12
41 Cyclization reactions TO prepare iodoform.
42 Synthesis of commonly used drug molecules
43 Aspirin , paracetamol synthesis
44 Ioinic, dipolar interactions
13
Sessional exam
14
45 Van der waals interactiuons Determine the viscosity of given Liquid by using Oswald viscometer. 46 Equation of state of real gages
47, 48 Critical phenomenon and revision af all topics
15
49 Hardness of water – introduction, types Calculate the Rf value of given Sample using Thin layer chromatography 50 Measurement of hardness by EDTA method
51, 52 Methods of water softening, (lime soda process, zeolite process, demineralisation process)