B.Tech Electronics Engineering at MIT
BangaloreSpecialised Training for Semiconductor, Electronics, and Automation Careers
The Electronics Engineering program offers an entry into the world of smart devices, semiconductor technologies, intelligent electronics, and advanced hardware systems. Designed to meet the growing demands of the global electronics and semiconductor ecosystem, the curriculum covers analog and digital circuit design, semiconductor devices, embedded systems, VLSI technologies, instrumentation, and intelligent automation, equipping you to turn ideas into impactful technological solutions. From the second year, you build on this foundation through one of two specialisations. VLSI Design and Technology develops expertise in semiconductor and chip design, covering integrated circuits, FPGA-based systems, fabrication, verification, and testing. Instrumentation Engineering covers sensors, transducers, process control, and smart monitoring systems for industrial automation and Industry 4.0.
You will gain practical exposure through modern laboratories, industrial training, internships, and research projects. The choice of specialisation is made before the start of the second year, with allotment based on your CGPA at the end of the first year. Opting for a specialisation is mandatory, and the one you choose will be named on your degree, for example, B.Tech in Electronics Engineering (VLSI Design and Technology). Additional specialisations may be introduced.
You will gain practical exposure through modern laboratories, industrial training, internships, and research projects. The choice of specialisation is made before the start of the second year, with allotment based on your CGPA at the end of the first year. Opting for a specialisation is mandatory, and the one you choose will be named on your degree, for example, B.Tech in Electronics Engineering (VLSI Design and Technology). Additional specialisations may be introduced.
Program Details
- Outcomes
- Careers
Upon the completion of this program, you can:
Understand and apply principles of semiconductor devices and fabrication technology.
Design, model, and verify VLSI circuits and systems.
Work with FPGA architectures and embedded hardware platforms.
Apply testing, diagnosis, and verification methods for VLSI circuits.
Use industry-standard EDA tools for electronic system design.
Design and implement measurement, monitoring, and control systems using sensors, transducers, and process control techniques.
Apply automation technologies and smart monitoring systems to industrial and manufacturing environments.
Integrate hardware and software solutions for semiconductor, embedded, and automation applications.
