Overview
Electric motors are widely used in high-tech electronic products, including fan motors in AR/VR headsets, voice coil motors in loudspeakers, haptics-engine actuators, and motors used in robotic hands and flexible joins in humanoid robots, to name a few. This webinar will present an end-to-end simulation workflow for electric motors and their control systems in high-tech applications using Ansys Motor-CAD, Ansys Maxwell and other tools such as Ansys Simplorer/Ansys Twin Builder and Matlab/Simulink.
We will cover the generation of custom motor geometries, rapid design exploration during concept design stage, electromagnetic and multiphysics analysis during detailed design, high-fidelity reduced-order model creation, and system-level simulation for controller performance evaluation. Two detailed examples will be discussed; designing and optimizing a permanent magnet synchronous motor (PMSM) for an AR/VR headset and designing and controlling multiple brushless DC motor (BLDC) for a robot.
What Attendees Will Learn:
- Introduction to electric machine solutions & their applications in high-tech motor development
- Multiphysics design workflows of electric motors, from concept exploration to detailed analysis
- Fast generation of custom motor geometries & rapid evaluation of design variants
- Integration of electric motors with electric-drive control systems.
- End-to-end motor simulation workflows demonstrated through real examples.
Who Should Attend
- Motor Design Engineers
- Electromechanical Engineers
- Consumer Electronics Engineers
- Power Electronics Engineers
- Robotics Engineers
- Controls Systems Engineers
- Hardware Design Engineers
- Haptics Engineers
- CAE Engineers
- AR/VR Device Engineers
- Digital Twin Engineers
- R&D Managers.
Speakers
- Peng Han
- Shi-Uk Chung
- Pavani Gottipati
- Jean Lachapelle
Date / Time: May 19, 2026
12 PM EDT
Venue: Virtual
- Cost:
No reviews available for this learning resource.
