Career as a Silicon Carbide Power Device Engineer in India: Skills, Courses and How to Begin

A silicon carbide power device engineer designs, models and tests SiC power transistors and diodes that switch high voltages with lower losses than silicon. The work covers device simulation, support for fabrication, testing and reliability. Most people start as general semiconductor or power electronics engineers and specialise in SiC over time.

Most students start with a B.Tech or B.E. in Electronics and Communication, Electrical or a related branch after Class 12 with Physics, Chemistry and Maths. For device-level roles, an M.Tech in VLSI, power electronics or semiconductor devices is often preferred. Many institutes use GATE scores for postgraduate admission.

It can be, for students who enjoy physics and device work and are willing to specialise in a niche. Demand is linked to EV, renewable energy and chip manufacturing growth, and 2026 coverage points to rising activity. Because dedicated SiC job titles are fewer than general electronics roles, a strong base in core electronics makes the career more secure.

Salary figures for this specific title have not been verified for this page, so no amounts are quoted here. Pay typically depends on degree level, the type of employer (chip maker, EV company or research lab), location and experience. Check current job listings and salary surveys from employers you are interested in before making decisions.

Yes, many do. A B.Tech student can start in test, process or power electronics roles, then build SiC knowledge through projects, short courses in device physics and TCAD tools, and on-the-job exposure. An M.Tech or research project on wide-bandgap devices can speed up the move.

A power electronics engineer designs circuits such as converters and inverters that use power switches. A SiC power device engineer focuses on the switch itself: its structure, materials and behaviour during fabrication and testing. The two roles work closely together, especially in EV inverter teams.

Start with semiconductor device physics, circuit basics and programming in Python or MATLAB. Then learn device simulation with TCAD and practise with test equipment such as oscilloscopes and curve tracers. Clear technical writing and patience with long experiment cycles are also valued by employers.