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M.Sc(Physics With Materials Science Specialization)
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M.Sc. (Physics with Materials Science specialization) (Total credits : 84)

 

Course Code

Course Title

Credits

Semester – I (Total credits : 21)

MS 101

Mathematical Methods for Physics

4

MS 102

Classical Mechanics

4

MS 103

Electronics

4

MS 104

Quantum Mechanics-I

4

MS 105

General Laboratory-I

4

MS 106

Tutorial-I

1

Semester – II (Total credits : 21)

MS 201

Quantum Mechanics-II

4

MS 202

Experimental Techniques and data analysis

4

MS 203

Statistical Mechanics

4

MS 204

Electrodynamics

4

MS 205

General Laboratory-II

4

MS 206

Tutorial-II

1

Semester – III (Total credits : 21)

MS 301

Atomic and molecular Physics

4

MS 302

Condensed Matter Physics

4

MS 303

Elements of Materials Science

4

MS 304

Special Laboratory-I

4

MS 305

Project

4

MS 306

Seminar-I

1

Semester – IV (Total credits : 21)

MS 401

Nuclear Physics

4

MS 402

Synthesis of Materials

4

MS 403

Characterization of Materials

4

MS 404

Special Laboratory-II

4

MS 405

Project

4

MS 406

Seminar-II

1

M.Sc. (Physics With Energy Studies Specialization)
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M.Sc. (Physics with Energy Studies specialization) (Total credits : 84)

 

Course Code

Course Title

Credits

Semester – I (Total credits : 21)

ES 101

Mathematical Methods for Physics

4

ES 102

Classical Mechanics

4

ES 103

Electronics

4

ES 104

Quantum Mechanics-I

4

ES 105

General Laboratory-I

4

ES 106

Tutorial-I

1

Semester – II (Total credits : 21)

ES 201

Quantum Mechanics-II

4

ES 202

Experimental Techniques and data analysis

4

ES 203

Statistical Mechanics

4

ES 204

Electrodynamics

4

ES 205

General Laboratory-II

4

ES 206

Tutorial-II

1

Semester – III (Total credits : 21)

ES 301

Atomic and molecular Physics

4

ES 302

Condensed Matter Physics

4

ES 303

Photovoltaics and Wind Energy systems

4

ES 304

Special Laboratory-I

4

ES 305

Project

4

ES 306

Seminar-I

1

Semester – IV (Total credits : 21)

ES 401

Nuclear Physics

4

ES 402

Solar Thermal Systems

4

ES 403

Energy Audit and Management

4

ES 404

Special Laboratory-II

4

ES 405

Project

4

ES 406

Seminar-II

1

M.Sc. (Physics)
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Syllabus for M.Sc. (Physics) with Specialization: Energy Studies (With effect from June, 2013)

Sr No

Course Code

Course Title

Teaching Scheme (Hours/week)

Exam marks

(Internal)

Exam marks

(External)

Exam Hours

Credits

Semester I

1

MS 101

Mathematical Methods for Physics

4

40

60

2

4

2

MS 102

Classical Mechanics

4

40

60

2

4

3

MS 103

Electronics

4

40

60

2

4

4

MS 104

Quantum Mechanics-I

4

40

60

2

4

5

MS 105

General Laboratory-I

8

40

60

4

4

6

MS 106

Tutorial-I

2

50

--

--

2

Semester II

7

MS 201

Quantum Mechanics-II

4

40

60

2

4

8

MS 202

Experimental Techniques and data analysis

4

40

60

2

4

9

MS 203

Statistical Mechanics

4

40

60

2

4

10

MS 204

Electrodynamics

4

40

60

2

4

11

MS 205

General Laboratory-II

8

40

60

4

4

12

MS 206

Tutorial-II

2

50

--

--

2

Semester III

13

MS 301

Atomic and molecular Physics

4

40

60

2

4

14

MS 302

Condensed Matter Physics

4

40

60

2

4

15

MS 303

Elements of Materials Science

4

40

60

2

4

16

MS 304

Special Laboratory-I

8

40

60

4

4

17

MS 305

Project

8

40

60

4

4

18

MS 306

Seminar-I

2

50

--

--

2

Semester IV

19

MS 401

Nuclear Physics

4

40

60

2

4

20

MS 402

Synthesis of Materials

4

40

60

2

4

21

MS 403

Characterization of Materials

4

40

60

2

4

22

MS 404

Special Laboratory-II

8

40

60

4

4

23

MS 405

Project

8

40

60

4

4

24

MS 406

Seminar-II

2

50

--

--

2

 

 

Syllabus for M.Sc. (Physics) with Specialization: Energy Studies (With effect from June, 2013)

Sr No

Course Code

Course Title

Teaching Scheme (Hours/week)

Exam marks

(Internal)

Exam marks

(External)

Exam Hours

Credits

Semester I

1

ES 101

Mathematical Methods for Physics

4

40

60

2

4

2

ES 102

Classical Mechanics

4

40

60

2

4

3

ES 103

Electronics

4

40

60

2

4

4

ES 104

Quantum Mechanics-I

4

40

60

2

4

5

ES 105

General Laboratory-I

8

40

60

4

4

6

ES 106

Tutorial-I

2

50

--

--

2

Semester II

7

ES 201

Quantum Mechanics-II

4

40

60

2

4

8

ES 202

Experimental Techniques and data analysis

4

40

60

2

4

9

ES 203

Statistical Mechanics

4

40

60

2

4

10

ES 204

Electrodynamics

4

40

60

2

4

11

ES 205

General Laboratory-II

8

40

60

4

4

12

ES 206

Tutorial-II

2

50

--

--

2

Semester III

13

ES 301

Atomic and molecular Physics

4

40

60

2

4

14

ES 302

Condensed Matter Physics

4

40

60

2

4

15

ES 303

Photovoltaics and Wind Energy systems

4

40

60

2

4

16

ES 304

Special Laboratory-I

8

40

60

4

4

17

ES 305

Project

8

40

60

4

4

18

ES 306

Seminar-I

2

50

--

--

2

Semester IV

19

ES 401

Nuclear Physics

4

40

60

2

4

20

ES 402

Solar Thermal Systems

4

40

60

2

4

21

ES 403

Energy Audit and Management

4

40

60

2

4

22

ES 404

Special Laboratory-II

8

40

60

4

4

23

ES 405

Project

8

40

60

4

4

24

ES 406

Seminar-II

2

50

--

--

2

M.Sc.(Electronics)
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M.Sc. (Electronics) (Total credits : 84)

Semester

Course

Title of the
course

Marks

Credit

Internal

External

I

EL-101

Semiconductor Devices

40

60

04

EL-102

VLSI Tools and Techniques

40

60

04

EL-103

Analog Circuit Simulation Techniques

40

60

04

EL-104

Industrial Automation and Control

40

60

04

EL-105

Practicals* Lab-I

40

60

04

EL-106

Tutorial (Audit Course)

-

-

01

PS-001

Industrial Materials

40

60

04

II

EL-201

Optoelectronics

40

60

04

EL-202

Java Programming and Web Technology

40

60

04

EL-203

Microcontrollers and Applications

40

60

04

EL-204

Advanced Communication Systems

40

60

04

EL-205

Practicals* Lab-II

40

60

04

EL-206

Tutorial (Audit Course)

-

-

01

PS 001

Industrial Materials

40

60

04

III

EL 301

Digital Signal Processing and Logic Controllers

40

60

04

EL 302

Device Fabrication Techniques

40

60

04

EL 303

Embedded Systems

40

60

04

EL 304

Practical Laboratory III

40

60

04

EL 305

Project-I

40

60

04

EL 306

Seminar-I

40

-

01

IV

EL 401

Modeling and Simulation Techniques

40

60

04

EL 402

CMOS Technology

40

60

04

EL 403

Digital Image Processing and Mechatronics

40

60

04

EL 404

Practical Laboratory IV

40

60

04

EL 405

Project - II         

40

60

04

EL 406

Seminar-I

40

-

01

M.Tech. VLSI Technology
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M.Tech. (VLSI Technology)

Course Schedule:

Semester I:

Course No.

Title

Type

L- T- P

Credits

MTVT-101

MOS Circuit Design

PC

3- 3- 0

6

MTVT-102

Digital Systems Design

PC

3- 3- 0

6

MTVT-103

VLSI Fabrication Technology

PC

3- 3- 0

6

MTVT-104

Digital Signal Processing and Applications

PC

3- 3- 0

6

MTVT-105

Lab-I ( HDL tools))

PC

0- 0- 6

6

MTVT-106

Lab-II (VLSI process technology)

OE

0- 0- 4

4

 

 

 

 

Total Credits   

34

 

Semester II:

Course No.

Title

Type

L- T- P

Credits

MTVT-201

Analog VLSI Circuits

PC

3- 3- 0

6

 

MTVT-202

CMOS RF Circuit Design

PC

3- 3- 0

6

MTVT-203

Designing with ASICs

PC

3- 3- 0

6

MTVT-204

Lab-III (Physical Design Lab )

PC

0- 0- 6

6

 

MTVT-205

Lab-IV (Semiconductor Processing Lab)

PC

0- 0- 6

6

MTVT-206

Major Project Part -I

OE

0- 0- 6

6

 

 

 

Total Credits   

36

 

Semester III:

Course No.

Title

Type

L- T- P

Credits

MTVT-301

Elective-I

OE

3- 3- 0

6

MTVT-302 

Major Project Part II 

OE

 

 

 

First Stage Evaluation

 

0- 0- 4

4

 

Second Stage Evaluation

 

0- 0- 4

4

 

 

 

Total Credits   

14

 

 

Semester IV:

Course No.

Title

Type

L- T- P

Credits

MTVT-401 

Major Project Part II (Thesis) 

OE

0-0-10

10

 

 

Third Stage Evaluation

OE

0- 0- 6

6

 

 

 

Total Credits   

16

 

 

(Distribution of Total Credits)

Grading Scheme

Program Core Theory

(PCT)

Program Core Lab

(PCL)

 

Program

Elective(PE)

 

Open

Elective(OE)

 

Total Credits

 

36

18

06

40

100

 

 Grades

Credits

CGPA

(10 points)

 

AA

91-100

10

AB

81-90

09

BB

71-80

08

BC

61-70

07

CC

51-60

06

CD

41-50

05

DD

40

04

 

 Open Electives (for MTVT-301)

 

1)  Advanced Computer Architectures (OE1)

2)  Embedded Systems (OE2)

3)  Analog Signal Processing (OE3)

4)  Modeling of Analog and Digital Systems (OE4)

5)  Optical Integrated Circuits (OE5)

6)  Neural networks and Artificial Intelligence (OE6)

7)  Bluetooth Technology (OE7)

8)  MEMS and IC Integration (OE8)

9)  Compound Semiconductor Material and Devices (OE9)

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