M.Tech Programme · EE6 · Electrical Engineering · IIT Bombay

Integrated Circuits & Systems

Semester 1

Total: 30 credits

Total: 76 credits

Total: 12 credits

Total: 48 credits

Course Code	Course Name	C
EE798	Project Stage 2	48
Total		48

#	Course Code	Course Name	C
1	EE618	CMOS Analog VLSI Design	6
2	EE619	RF Microelectronics chip design	6
3	EE781	Sensor Interface Circuit Design	6
4	EE719	Mixed Signal VLSI Design	6
5	EE611	Microwave Integrated Circuits	6
6	EE699	Delta Sigma Data Converters and their Applications	6
7	EE800	High Speed Interconnects: Signaling and Synchronization	6
8	EE7002	RF Communication Engineering	6
9	EE614	Solid State Microwave Devices and their Applications	6
10	EE6107	Advanced Integrated Circuits for Wireless Transceivers	6

#	Course Code	Course Name	C
1	EE671	VLSI Design	6
2	EE705	VLSI Design Lab	6
3	EE677	Foundations of VLSI CAD	6
4	EE709	Testing and Verification of VLSI circuits	6
5	EE712	Embedded Systems Design	6
6	EE721	Hardware Description	6
7	EE789	Algorithmic Design of Digital Systems	6
8	EE739	Processor Design	6

#	Course Code	Course Name	C
1	EE620	Physics of MOS Transistors	6
2	EE634	Simulation of Circuits and Devices	6
3	EE701	Introduction to MEMS	6
4	EE760	Advanced Network Analysis	6
5	EE723	Physics of Nanoscale Devices I	6
6	EE727	Physics of Nanoscale Devices II	6
7	EE672	Microelectronics Lab	6
8	EE724	Nano-electronics	6
9	EE746	Neuromorphic Engineering	6
10	EE769	Machine Learning	6
11	EE733	Solid State Devices	6
12	EE660	Application of Power Electronics to Power Systems	6
13	EE750	Digital Signal Processing - System Design and Implementation	6
14	EE767	Photonics System Engineering	6
15	EE765	Reliability and Failure Analysis of Electronic Devices	6
16	EE777	Network Security	6
17	EE774	Computational Techniques in Electrical Engineering	6
18	EE782	Advanced Topics in Machine Learning	6
19	EE788	Advanced CMOS Logic and Flash Memory Devices	6
20	EE780	Terahertz : Technology & Applications	6
21	EE720	An Introduction to Number Theory and Cryptography	6
22	EE735	Microelectronics Simulations Lab	6
23	EE793	Topics in Cryptology	6
24	EE799	Advanced Antennas	6
25	EE669	VLSI Technology	6
26	EE602	Radar Systems	6
27	EE603	Digital Signal Processing and its Applications	6
28	EE6604	Applied RFPAI: RF Power Amplifier Theory, Design and Measurements	6
29	EE616	Electronic Systems Design	6
30	EE617	Sensors in Instrumentation	6
31	EE625	Sensors in Instrumentation	6
32	EE6104	Internet of Things	6
33	EE691	R&D 1	6
34	EE748	Advanced Topics in Computer Architecture	6

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.

→ Out of 10 specialisation electives, students must complete at least five courses from Category 1.