Develop advanced control algorithms for high-precision applications in manufacturing equipment, including motion control, servo control, thermal control, force control, etc.
Lead the vibration analysis for ultra-precision equipment or modules by conducting open-loop and closed-loop vibration assessments, collaborating with the mechanical design team to predict vibration characteristics.
Develop vibration control strategies using passive, active, or semi-active control technologies to improve equipment performance & stability.
Design, develop, verify, and optimize the performance of control systems, encompassing electrical/electronic systems, control-related hardware, software, firmware, sensors, and instruments.
Conduct equipment or module system-level testing and validation, evaluate design effectiveness based on experimental data, and work with mechanical design team to continuously improve system design ...