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Skills & Training3 min read · 2d ago · 3 views

Top 10 EV Skills Needed for Motor Design Engineer (2026 Edition)

PMSM + BLDC fundamentals, Ansys Maxwell, Motor-CAD, magnetic-circuit reasoning + 6 more — the 10 motor-design skills that move callbacks at Sona BLW, Tata Motors EV, Ola, Ather and global Tier-1s.

Avinash Singh

Avinash Singh

CEO - eMobility.Careers

Motor design is one of the most under-supplied talent pools in Indian EV — and the salary bands reflect it. The 10 skills below define the bar for senior-band motor designers at Sona BLW, Tata Motors EV, Ola Electric, Ather, Mahindra Electric, Bharat Forge KSSL, plus the global Tier-1 captives (Bosch, Continental, ZF, Schaeffler).

Why this list matters

Motor designers with a credible CV + portfolio routinely command INR 25-50 lakh CTC at the senior band, with the lead + principal bands reaching INR 60 lakh - 1.2 Cr. The credentialing path is structured enough that any motivated electrical / mechanical engineer can transition in within 18 months.

The 10 skills

  • 1. PMSM + BLDC + IM fundamentals — magnetic-circuit theory, MMF analysis, back-EMF shaping, field-weakening + reluctance-torque concepts. Acquire via NPTEL Electric Drives + DIYguru AICTE-approved Motor Design module (emobility.academy).
  • 2. Ansys Maxwell — the workhorse 2D + 3D electromagnetic simulation tool. Build a portfolio project: 4-pole PMSM 2D simulation with torque + back-EMF + cogging analysis.
  • 3. Motor-CAD — Ansys's specialised motor-thermal + electromagnetic tool; faster iteration than full Maxwell. Standard at Indian + global OEM motor-design teams.
  • 4. JMAG — alternative electromagnetic simulation tool; preferred at Toyota / Honda / Mazda lineage Tier-1 captives.
  • 5. MATLAB / Simulink with motor-control toolboxes — field-oriented control prototyping, current-controller tuning, DTC strategies. Essential for systems-level design work.
  • 6. Magnetic-material literacy — NdFeB grades + their temperature coefficients + dysprosium content + cost economics; ferrite alternatives; soft-magnetic-composite emerging options. The candidates who can talk fluently about magnet supply chain + cost win interviews.
  • 7. Manufacturing-process knowledge — stator-winding (hairpin vs round-wire), magnet bonding, rotor balancing, slot-fill optimisation. Senior roles increasingly want engineers comfortable on the production floor.
  • 8. NVH + acoustics — cogging-torque mitigation, torque-ripple reduction, harmonic-injection techniques, structure-borne vs air-borne noise paths. EV motors are NVH-dominated because there's no engine to mask them.
  • 9. Thermal management — cooling-jacket flow design, oil-spray cooling, hot-spot management at peak load. Couple Maxwell + Fluent for the full thermal-electromagnetic co-simulation.
  • 10. Functional safety (ISO 26262) literacy — ASIL ratings for motor + inverter functions, safety-goal decomposition, fault-handling strategies. Required for senior-band roles at OEMs targeting global markets.

How to acquire all 10 in 12 months

Months 1-3: DIYguru AICTE-approved Motor Design certification (emobility.academy) + NPTEL Electric Drives + Ansys Student Edition (free) for Maxwell self-study.

Months 4-6: First portfolio project (4-pole PMSM 2D design in Maxwell with full torque + efficiency + cogging analysis). Document everything; publish on GrabCAD + GitHub.

Months 7-9: Motor-CAD trial + a second portfolio project (8-pole PMSM with cooling-jacket design in Motor-CAD + thermal coupling to Maxwell). Plus an introduction to MATLAB / Simulink motor-control toolboxes.

Months 10-12: ISO 26262 fundamentals + manufacturing-process exposure (any production-floor visit, internship, or shadowing opportunity counts). Third portfolio project: full motor-design report (production-quality drawing pack + 2D + 3D EM + thermal + structural results).

Update emobility.careers profile each quarter; the senior-band callbacks for credentialed motor designers consistently convert within 12-18 months of starting.

Where to go from here

Motor design is one of the most reliably-paying EV-engineering specialisms in India — the structural talent shortage means even mid-band candidates have meaningful negotiating leverage. DIYguru's AICTE-approved Motor Design module via emobility.academy + Ansys Student Edition + 3 portfolio projects + an active emobility.careers profile combines into the strongest credential stack for entering the field. Senior bands compound predictably from there.

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.