Control Systems Research Engineer (Power Converter Algorithmic Design)
Team: Cloud Infrastructure Platform and Solutions (CIPS) Research Level: Junior, Senior and Master tracks
The Role
Own the algorithmic stability, mathematical modelling and real-time software execution behind LITEON's high-efficiency power architectures, electric drives and energy systems.
Key Responsibilities
- Design, simulate and model advanced control loops for power converters and dynamic energy systems.
- Develop real-time firmware, diagnostic algorithms and fault-detection routines on embedded target hardware.
- Test, debug and validate closed-loop software in high-power lab environments using hardware-in-the-loop(HIL) systems.
Requirements
- Master's or PhD in Electrical, Electronic or Control Systems Engineering.
- Deep grasp of digital control theory, state estimation and power converter systems.
- Expert-level MATLAB/Simulink for simulation and system modelling.
- Strong C/C++ for embedded firmware.
- Hands-on architecture experience with MCUs, DSPs or FPGAs.
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