R

Electric Machine and
Inverter Testing

R

Research on Electric Machine
Design Optimization

Research on Power Converter and Controls Development

Research on Power Converters
and Controls

Research

Research on Motor Control

H

Research on Thermal
Performance Improvement

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CHARGE Labs invites outstanding candidates with high academic achievements for PhD positions in the following strategic research areas and expertise:
– Advanced motor control algorithms with experience in practical implementation through Opal-RT/dSpace/Microcontroller
– Electric Machine modeling and design for traction application using intelligent optimization algorithms on finite element based software (preferably ANSYS). Preferable if the candidate has experience with motor prototype development and performance testing
– Electric motor structural and thermal modeling and analysis with experience in finite element based software. The student should have Mechanical Engineering background
– Power electronics expertise with good hands-on experience on circuit board development for motor drives and advanced theoretical knowledge on existing and new semiconductor switching devices

CHARGE Labs

  • Pushing the boundaries of electric vehicles
  • Traction e-motors and controls
  • Traction inverters
  • High-scale testing facilities
  • Trusted by many industry and government leaders

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Research Program

Electric Machines

Electric Machines

Electric machine design, modeling and prototyping of permanent magnet synchronous machines, induction...
Power Electronics

Power Electronics

Power inverter development using next-generation power electronic switches through industry...
E-Motor Control

E-Motor Control

The test facility includes Opal-RT based hardware-in-loop test bench with rapid control prototyping...
E-Motor and Drive Testing

E-Motor and Drive Testing

CHARGE facility hosts two advanced proof-of-concept electric machine and drive testers and one industrial scale...

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