M.Tech Programme · EE1 · Electrical Engineering · IIT Bombay

Communication & Signal Processing

17 courses  ·  4 semesters  ·  180 total credits  ·  71 electives

Sem 1 Sem 2 Sem 3 Sem 4 Electives

Semester 1

Total: 36 credits
1

Statistical Signal Analysis

EE601

6
2

Digital Signal Processing & its Apllications

EE603

6
3

Radiating Systems

EE609

6
4

Principle of Digital Communication

EE7003

6
5

Seminar

EE694

6
6

Communications Skills

EE899

6
Semester Total 36

Semester 2

Total: 84 credits
1

Communication Networks

EE706

6
2

Information and Theory and Coding

EE 708

6
3

Project Stage 1 Registration

EE797

42
4

Elective 3

—

6
5

Elective 4

—

6
6

Elective 5

—

6
7

OR

—

6
8

Institute Elective

—

6
Semester Total 84

Semester 3

Total: 12 credits
1

Elective 6

—

6
2

Institute Elective OR Elective 7

—

6
Semester Total 12

Semester 4

Total: 48 credits
1

Project Stage 2

EE798

48
Semester Total 48

Programme Total

180 Credits

17 courses

4 semesters

71 electives

Available Electives

1

Statistical Signal Analysis

EE601

6
2

Digital Signal Processing & its Applications

EE603

6
3

Error Correcting Codes

EE605

6
4

Radiating Systems

EE609

6
5

Image Processing

EE610

6
6

Microwave Integrated Circuits

EE611

6
7

Applied Linear Algebra

EE635

6
8

A First Course in Optimization

EE659

6
9

Speech Processing

EE679

6
10

Digital Message Transmission

EE703

6
11

Computational Electromagnetics

EE725

6
12

Network Information Theory

EE756

6
13

Advanced Concentration Inequalities

EE761

6
14

Science of Information,Statistics & Learning

EE763

6
15

Introduction to Machine Learning

EE769

6
16

Network Security

EE777

6
17

Advanced Topics in Machine Learning

EE782

6
18

High Speed Interconnects : Signaling and Synchronization

EE800

6
19

Advanced Network Security

EE6103

6
20

Radar Systems

EE602

6
21

Fiber Optic Communications

EE606

6
22

Adaptive Signal Processing

EE608

6
23

Solid State Microwave Devices & their Applications

EE614

6
24

Markov Chains & Queuing Systems

EE621

6
25

Estimation and Identification

EE638

6
26

Finite Field and its Applications

EE649

6
27

Wavelets

EE678

6
28

Computer Vision

EE702

6
29

Artificial Neural Networks

EE704

6
30

Communication Networks

EE706

6
31

Information Theory and Coding

EE708

6
32

Advances in Communication System

EE716

6
33

Advanced Data Networks

EE740

6
34

Wireless and Mobile Communications

EE764

6
35

Random Graphs: Thoery & Applications

EE766

6
36

Terahertz : Technology & Applications

EE780

6
37

Electromagnetic Interference and Compatibility

EE785

6
38

Developments, Trends and Economic Frontiers in EE

EE786

6
39

Topics in Cryptology

EE793

6
40

Advanced Antennas

EE799

6
41

Cryptocurrency and Blockchain Technologies

EE465

6
42

Course Name

Course

6
43

Error Correcting Codes

EE605

6
44

Radiating Systems

EE609

6
45

Image Processing

EE610

6
46

Microwave Integrated Circuits

EE611

6
47

Applied Linear Algebra

EE635

6
48

Speech Processing

EE679

6
49

Digital Message Transmission

EE703

6
50

Advances in Communication System

EE716

6
51

Advanced Data Networks

EE740

6
52

Internet Economics

EE758

6
53

Introduction to Machine Learning

EE769

6
54

Recent Topics in Analytical Signal Processing

EE771

6
55

Advanced Topics in Signal Processing

EE779

6
56

CS 725

1

1
57

CS 726

2

2
58

CS 736

3

3
59

CS 747

4

4
60

CS 753

5

5
61

CS 754

6

6
62

CS763

7

7
63

CS 769

8

8
64

IE 708

9

9
65

CS 684

10

10
66

CS 663

11

11
67

CS 626

12

12
68

GNR 638

13

13
69

CS 772

14

14
70

IE 643

15

15
71

CS 754

16

16

Notes

→ The thesis must lead to work of reputably publishable, patentable, or deployable quality.

→ Any course above 5xx level offered at IITB can be considered as an elective with faculty advisor approval.

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