Power Electronics Skills Every EV Engineer Should Master
The 10 power electronics skills that recur across every EV inverter, charger and converter role in India.
CEO - eMobility.Careers
Power electronics is the single highest-leverage technical specialism in the EV industry. Indian companies are competing globally for the rare engineers who combine device, circuit and system understanding. Here are the 10 skills that compound the most.
The 10 skills
- Switch-mode converter topologies (buck, boost, LLC, dual active bridge)
- SiC and GaN device characterisation and selection
- Gate-driver design and dead-time tuning
- Magnetics design (inductor / transformer for EV applications)
- DC-link sizing and ripple analysis
- Bus-bar parasitic-inductance design and analysis
- Thermal design for power modules
- EMI / EMC mitigation (CISPR 25 + IEC 61851)
- Motor-control algorithms (FOC, MTPA, field weakening)
- ISO 26262 hardware-side compliance (ASIL-rated design)
Tools to get fluent in
- Altium Designer or Cadence Allegro (PCB)
- PLECS or LTspice (circuit simulation)
- MATLAB / Simulink (control)
- ANSYS Q3D or Maxwell (electromagnetic + parasitic)
- Tektronix or Keysight bench (oscilloscope, power analyser)
How to skill up
Read the Texas Instruments and Wolfspeed application notes for SiC. Take SAE India or IEEE Power Electronics Society short courses. Build a small bench-scale prototype — even a 100W DC-DC converter teaches more than 6 months of books.
Where to go from here
Power electronics is one of those specialisms where 12-24 months of deep work compounds into a career-long premium. Pick this if you like hands-on lab work and don't mind a slower upfront ramp.
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