at Gamma Technologies in Westmont, Illinois, United States
Job Description
Job Responsibilities
- Assist customers in their use of our software to design and simulate electric motors, including electromagnetic design, motor controls, thermal security, and noise vibration and harshness (NVH) analysis
- Use customer feedback and interaction to design and test new product features related to electric motors
- Carry out proof-of-concept projects to demonstrate cutting edge software solutions to prospective customers working on general electric motors, traction motors, and electric drive units
- Interact with established and emerging automotive companies through training classes, conferences, and marketing events
- Help evangelize the critical role Gamma Technologies plays in helping automotive companies on the Road to Zero Carbon
- Opportunity for travel internationally, including Europe and occasionally Asia.
Education, Experience and Skills
Any combination of education and experience that would likely provide the required knowledge and abilities is qualifying. A typical way to obtain the knowledge and abilities would be:
- Bachelors, Masters, or PhD Degree in Electrical Engineering or related fields is required.
- Previous 2+ years of professional and/or graduate-level experience with electric motor design, analysis, and/or control
- Experience with tools related to motors design and modeling, including but not limited to: FEMAG, JMAG, ANSYS Maxwell, Altair Flux etc.
- Knowledge of basic motor types (PMSM, IPM, SPM, IM and SRM), and control techniques (FOC, SVPWM/SPWM)
Additional Qualifications Desired
- Experience in motor and drive systems of electric or hybrid electric vehicle (EV or HEV)
- Experience in thermal analysis of motors and drives (both steady-state and transient)
- Experience with NVH analysis of electric powertrains
- Experience with inverter design and analysis, including modeling its effect on the NVH of an electric powertrain
- Experience with modeling or analysis tools of electrical motors, drives, and their controls
