School of Physical Sciences > Academics

M.Sc(Physics With Materials Science Specialization)

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)

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)

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)

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

Semester	Course	Title of the course	Marks		Credit
Semester	Course	Title of the course	Internal	External	Credit
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

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)