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M.Tech (Course)

The course-based M.Tech programs in ESE are intended for students who want deep technical training in advanced areas of electronics along with exposure to meaningful projects, systems-level engineering, and strong industry relevance. The department currently runs multiple M.Tech streams whose identity and curriculum are shaped by both disciplinary foundations and emerging technology needs.

Across programs, the broad academic structure is designed to combine a strong core with controlled flexibility. Students are expected to build depth through mandatory and program-relevant courses while also using electives intelligently to widen capability in aligned areas. The department has recently worked to strengthen teaching discipline, improve core-course ownership, increase seriousness in admissions, and ensure that flexibility in course crediting does not dilute training quality.

Tracks within the department broadly reflect themes such as microelectronics and VLSI, electronic systems, and electronics product-oriented/system-level design, while the exact curriculum is to be presented program-wise on the website. What should stand out publicly is that ESE’s M.Tech programs are not generic coursework pathways. They are embedded in a research-rich department and are intended to prepare students for advanced industry roles, doctoral study, deep-tech startups, and translational technology work.

The M.Tech experience in ESE is also closely tied to projects, labs, TAship, seminars, and departmental life. The department is working toward a more rigorous M.Tech project framework, stronger integration with PhD culture, and a more meaningful use of assistantship as a developmental academic responsibility.

MTech Microelectronics and VLSI Design

  • Project:

    28 credits

  • Electives :

    18 credits

    The remaining 18 credits of coursework may be completed by crediting courses listed in the Scheme of Instructions.

  • Core Courses :

    18 credits

    There are 6 courses that are mandatory for MTech students.

M. Tech (ESE) Electronic Systems Engineering

  • Project:

    28 credits

  • Electives:

    24 Credits

    (all at 200 level or higher) from the following courses or any other courses listed in the Scheme of Instructions.

  • Core Courses:

    15 credits

    (All courses are compulsory)

M.Tech (AI)

Please visit: https://ai.iisc.ac.in/mtechai/ for more details.

M.Tech (Course)

Sr. No. Course No. Credits Course Title Faculty Nature Term
1 E0 284 2:1 Digital VLSI Circuit Chetan Singh Thakur Core Aug
2 E3 200 1:2 Microelectronics Lab Mayank Shrivastava Core Jan/Aug
3 E3 220 3:0 Foundations of Nanoelectronics Devices Kausik Majumdar Core Aug
4 E3 231 2:1 Digital Systems Design with FPGAs Kuruvilla Varghese Core Jan
5 E3 238 2:1 Analog VLSI Circuits Gaurab Banerjee Core Aug
6 E3 282 3:0 Basics of Semiconductor Devices and Technology Mayank Shrivastava Core Aug
7 E1 201 2:1 Hardware Acceleration and Optimization for Machine Learning Chetan Singh Thakur Elective Jan
8 E3 225 3:0 Art of Compact Modelling Santanu Mahapatra Elective Aug
9 E3 237 3:0 Integrated Circuits for Wireless Communication Gaurab Banerjee Elective Jan
10 E3 245 2:1 Processor System Design Kuruvilla Varghese Elective Aug
11 E3 271 1:2 Reliability of Nanoscale Circuits and Systems Mayank Shrivastava Elective Jan
12 E3 274 1:2 Design of Power Semiconductor Devices Mayank Shrivastava Elective Jan
13 E3 275 2:1 Physics and Design of Transistors Mayank Shrivastava Elective Jan
14 E3 280 3:0 Carrier Transport in Nanoelectronics Devices Kausik Majumdar Elective Jan
15 E3 301 3:0 Special Topics in Nanoelectronics Mayank Shrivastava Elective Jan
16 E7 211 2:1 Photonic Integrated Circuits T. Srinivas / Varun Raghunathan Elective Jan
17 E7 214 3:0 Optoelectronic Devices Varun Raghunathan Elective Jan
18 E8 202 2:1 Computational Electromagnetics K. J. Vinoy / Dipanjan Gope Elective Aug
19 E8 242 2:1 RF IC and Systems K. J. Vinoy Elective Jan
20 E8 262 3:0 CAD for High Speed Chip-Package-Systems Dipanjan Gope Elective Jan
21 E3 276 2:1 Process Technology and System Engineering for Advanced Microsensors and Devices Hardik J. Pandya Elective Jan