This role involves leading advanced numerical simulation and multi-physics analysis to optimize the efficiency and reliability of large AC motors and generators
Job Summary
This role involves leading advanced numerical simulation and multi-physics analysis to optimize the efficiency and reliability of large AC motors and generators.
The successful candidate will drive innovation by developing new application schemes for high-performance materials and integrating emerging technologies like AI into motor design.
ABB offers a supportive environment where employees are empowered to lead, grow through continuous learning, and contribute to a cleaner, smarter future.
Matching Summary
This role involves leading advanced numerical simulation and multi-physics analysis to optimize the efficiency and reliability of large AC motors and generators.
Skills & Requirements
Must-have
Ph.D. in Electrical Engineering or Physics
Proficiency in ANSYS Maxwell or COMSOL
5+ years of R&D experience in motor design
Expertise in multi-physics coupling challenges
Fluent written and oral English skills
Nice-to-have
Experience with AI and Digital Twin integration
Background in solid mechanics and vibration theory
Strong publication record in top journals
Knowledge of DFM and manufacturability principles
Ability to lead interdisciplinary collaboration
Key Requirements
Ph.D. degree required (or Master's with 10+ years experience)
Major in Electromagnetic Field Theory or Motor Principles
Minimum 5 years of relevant professional experience