About the role
Key Responsibilities:Motor Design & Analysis:
- Design and analyze electric motors based on application requirements.
- Define and optimize motor parameters such as slot/pole combination, winding configuration, core dimensions, flux density, etc.
- Evaluate performance metrics including torque, efficiency, power density, losses, back EMF, saturation, and field weakening.
- Carry out electromagnetic, thermal, and mechanical simulations using FEA tools (Ansys Maxwell, JMAG, Motor-CAD).
- Support prototype development and validation testing of designed motors.
- Interpret test data and iterate designs for improvements.
- Collaborate with control engineers to ensure compatibility with motor drives/inverters.
- Interface with mechanical design (CAD/SolidWorks) and manufacturing teams.
- Prepare detailed technical documentation and design reports.
Skills & Qualification:
- Master’s or PhD in Electrical Engineering, Mechatronics, or Machine Design
- 1–4 years in motor design or electromagnetic systems, preferably with EV motors, traction motors, or high-efficiency industrial motors
- Strong understanding of electromagnetic theory and rotating machine principles
- Proficiency in motor design and analysis tools: Motor-CAD, Maxwell 2D/3D, Flux
- Knowledge of motor winding techniques, insulation classes, lamination design
- Familiarity with loss calculations: copper, core, stray, iron
- Experience in thermal management of electric machines
- Basic knowledge of motor control strategies (FOC, DTC) is a plus