M.Tech Programme · EE7 · Electrical Engineering · IIT Bombay

Solid State Devices

15 courses · 4 semesters · 166 total credits · 24 electives

Semester 1

Total: 36 credits

#	Code	Course Name	Credits
1	EE 669	VLSI Technology	6
2	EE 733	Solid State Devices	6
3	—	Elective 1	6
4	—	Elective 2	6
5	—	Elective 3	6
6	EE 899	Communication Skills	6
Semester Total			36

VLSI Technology

EE 669

Solid State Devices

EE 733

Elective 1

—

Elective 2

—

Elective 3

—

Communication Skills

EE 899

Semester Total 36

Semester 2

Total: 70 credits

#	Code	Course Name	Credits
1	EE 694	M.Tech Seminar	4
2	EE 672	Microelectronics Lab	6
3	EE 735	Microelectronics Simulation Lab	6
4	—	Elective 4	6
5	—	Elective 5	6
6	EE 797	Project Stage 1	42
Semester Total			70

M.Tech Seminar

EE 694

Microelectronics Lab

EE 672

Microelectronics Simulation Lab

EE 735

Elective 4

—

Elective 5

—

Project Stage 1

EE 797

Semester Total 70

Semester 3

Total: 12 credits

#	Code	Course Name	Credits
1	—	Elective 6	6
2	—	Institute Elective	6
Semester Total			12

Elective 6

—

Institute Elective

—

Semester Total 12

Semester 4

Total: 48 credits

#	Code	Course Name	Credits
1	EE798	Project Stage 2	48
Semester Total			48

Project Stage 2

EE798

Semester Total 48

Programme Total

166 Credits

15 courses

4 semesters

24 electives

Available Electives

#	Code	Course Name	Credits
1	EE618	CMOS Anaolg VLSI Design	6
2	EE620	Physics of MOS Transistors	6
3	EE671	VLSI Design	6
4	EE701	Introduction to MEMS	6
5	EE723	Physics of Nanoscale Devices I	6
6	EE724	Nanoelectronics	6
7	EE727	Physics of Nanoscale Devices II	6
8	EE728	Growth & Characterization of Nanoelectronics Materials	6
9	EE746	Neuromorphic Engineering	6
10	EE751	Nanomagnetism & Spintronics	6
11	EE767	Photonics System Engineering	6
12	EE668	System Design	6
13	EE625	Biosensors and BioMEMS	6
14	EE755	Quantum transport in nanoscale devices	6
15	EE757	Crystalline Silicon solar cells: Theory and Practice	6
16	EE765	Reliability and Failure Analysis of Electronic Devices	6
17	PH504	Quantum Electronics	6
18	EE787	Topological Electronics	6
19	EE784	2D Materials and Devices	6
20	EE788	Advanced CMOS Logic and Flash Memory Devices	6
21	EE790	Solar Photovoltaics: Photons to Farms	6
22	EE501	Spin-Based Computing	6
23	EE6101	Nonlinear Fiber Optics and Devices	6
24	Note	Apart from the above list of courses, any course (above 5xx level courses) offered at Physics, Metallurgy & Materials Science, Energy Science & Engineering, etc. at IITB could be considered as an elective with the approval of faculty adviser. This is due to the strong interdisciplinary nature of the specialization.	6

CMOS Anaolg VLSI Design

EE618

Physics of MOS Transistors

EE620

VLSI Design

EE671

Introduction to MEMS

EE701

Physics of Nanoscale Devices I

EE723

Nanoelectronics

EE724

Physics of Nanoscale Devices II

EE727

Growth & Characterization of Nanoelectronics Materials

EE728

Neuromorphic Engineering

EE746

Nanomagnetism & Spintronics

EE751

Photonics System Engineering

EE767

System Design

EE668

Biosensors and BioMEMS

EE625

Quantum transport in nanoscale devices

EE755

Crystalline Silicon solar cells: Theory and Practice

EE757

Reliability and Failure Analysis of Electronic Devices

EE765

Quantum Electronics

PH504

Topological Electronics

EE787

2D Materials and Devices

EE784

Advanced CMOS Logic and Flash Memory Devices

EE788

Solar Photovoltaics: Photons to Farms

EE790

Spin-Based Computing

EE501

Nonlinear Fiber Optics and Devices

EE6101

Apart from the above list of courses, any course (above 5xx level courses) offered at Physics, Metallurgy & Materials Science, Energy Science & Engineering, etc. at IITB could be considered as an elective with the approval of faculty adviser. This is due to the strong interdisciplinary nature of the specialization.

Note

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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