Top 10 EV Skills Needed for Power Electronics Engineer (2026 Edition)

Power electronics is the heart of every EV — traction inverters, on-board chargers, DC-DC converters, charging-station rectifiers + auxiliary supplies. The skills below define the senior-band bar at Indian OEM + Tier-1 + charging-hardware OEM employers in 2026.

Why this list matters

Power-electronics engineers with credible CV + portfolio routinely command INR 18-40 lakh at the senior band, with lead + principal bands reaching INR 50-90 lakh. Demand outstrips supply — particularly for engineers fluent across SiC + GaN device technology.

The 10 skills

• 1. Switching-converter topology fluency — buck, boost, full-bridge, dual-active-bridge, LLC resonant, totem-pole PFC. Acquire via NPTEL Power Electronics (IIT-Delhi) + DIYguru AICTE-approved Power Electronics module (emobility.academy).
• 2. SiC + GaN MOSFET technology — junction-temperature behaviour, switching-loss vs Si MOSFET / IGBT trade-offs, gate-driver requirements, EMI considerations. Increasingly central as 800V architectures spread.
• 3. Traction inverter design — 3-phase 2-level + 3-level (NPC, T-type) topologies, modulation strategies (SVPWM, DPWM), thermal management, EMI compliance.
• 4. On-board charger (OBC) + DC-DC converter design — single-phase + 3-phase PFC, isolated DC-DC topologies (DAB, LLC), bidirectional V2G design.
• 5. PCB + magnetics design — high-frequency layout, transformer + inductor design (Litz wire, ferrite cores, planar magnetics), thermal-management at the board level.
• 6. EMI / EMC compliance — CISPR 25 conducted + radiated emissions, common-mode chokes, filter design, shielding.
• 7. Simulation fluency — LTspice / PSpice / PLECS for circuit, MATLAB / Simulink for controls, Ansys Maxwell + Q3D for parasitic extraction.
• 8. Embedded controls + DSP firmware — TI C2000 + STM32 + NXP S32K + Infineon AURIX DSP / MCU fluency for the controller side.
• 9. Safety + standards — ISO 26262 functional safety for inverter functions, IEC 61851 for charger compliance, UL 2202 for off-board chargers.
• 10. Manufacturing process — power-module packaging (TO-247 vs DBC + module integration), solder + cooling-interface processes. The bridge from lab to production.

How to acquire all 10 in 12-18 months

Months 1-6: DIYguru AICTE-approved Power Electronics module (emobility.academy) + NPTEL Power Electronics + LTspice / PLECS self-study + first portfolio project (3-phase 2-level inverter design with FOC controls in MATLAB / Simulink).

Months 7-12: SiC + GaN device application notes (Wolfspeed + Infineon + GaN Systems datasheets) + EMI / EMC primer + second portfolio project (SiC-based 22kW OBC design with PFC + isolated DC-DC stages).

Months 13-18: Embedded controls deep dive (TI C2000 or STM32) + ISO 26262 fundamentals + third portfolio project (full traction-inverter design with hardware-in-the-loop simulation).

Where to go from here

Power electronics is one of the most reliably-paying EV-engineering specialisms in India — the structural shortage of SiC + GaN fluent engineers is widening fast. DIYguru's AICTE-approved Power Electronics module via emobility.academy + LTspice / PLECS + 3 portfolio projects + an active emobility.careers profile build the strongest 12-18 month credentialing path. Senior-band roles at Indian OEMs, Tier-1s (Sona BLW, Continental, ZF, Bharat Forge, Bosch), charging-hardware OEMs (Exicom, Servotech, Delta) + cell-makers (Agratas, Ola Cells, Reliance New Energy) convert at high rates for engineers with this stack.

Make this real: create a free emobility.careers account to match with EV jobs, see live salary medians and unlock 200+ JD templates. Want hands-on training? Check out the AICTE-approved EV programs at DIYguru — the largest EV academy in India with placement support across OEMs, charging operators and Tier-1 suppliers.