Job Description
- Develop and validate advanced motor Control Algorithms and control strategy for electro-mechanical system both in the laboratory and in vehicle level.
- Develop state-feedback field-oriented controls (FOC) and robust state observers
- Develop over-modulation algorithm using state-of-art techniques
- Optimize machine mechanical (position/speed) sensor configuration and design advanced speed controller to attenuate system mechanical torque oscillation induced in vehicle dynamics.
- Perform parameter calibration using back-to-back motor dyno and full-scale drivetrain dyno.
- Perform vehicle level testing to obtain smooth communication between VCU (vehicle control unit), electrical motor and internal combustion engine.
- Post-process experimental data using LabVIEW/Matlab for control algorithm development.
- Define specification of hardware components including torque transducer, power analyzer, temperature sensors, position, voltage, and current sensors.
- Design and implement motor control algorithm development with hardware-in-the-loop (HIL) and software-in-the-loop (SIL) simulations.
- MS degree in Electrical/Mechanical Engineering + 6 months experience in motor control. Or PhD degree in Electrical/Mechanical Engineering.
- Have used engineering tools such as Vector PREEvision or similar to create network or communication designs and to understand wiring schematics
- Experience with failure analysis methodology like FMEA and fault trees
- Experience with standard EE lab instruments (oscilloscope, multimeters, data bus analysis tools, ...)
- Motivation to make complicated systems work together
- Electric vehicle systems and hands-on integration testing experience
- Creativity in your design
- Motivation to make a difference in the automotive industry
- Ability to build stuff with your hands
- Great communication skills