Key Responsibilities

1. Develop advanced control algorithms for high-precision applications in manufacturing equipment, including motion control, servo control, thermal control, force control, etc.
2. 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.
3. Develop vibration control strategies using passive, active, or semi-active control technologies to improve equipment performance & stability.
4. Design, develop, verify, and optimize the performance of control systems, encompassing electrical/electronic systems, control-related hardware, software, firmware, sensors, and instruments.
5. 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
6. Support equipment development and manufacturing teams in resolving technical issues related to control systems, while continuously enhancing system stability and reliability.
7. Collaborate closely with Mechanical Design, Simulation, Process, and other departments to ensure the successful development, integration, and debugging of the entire process and equipment prior to mass production.

Qualifications & Requirements

1. Master's degree or higher in Automation, Control Engineering, Mechatronics, Mechanics, or a related discipline.
2. Over 5 years of experience in developing motion control systems, particularly in the semiconductor or optical equipment sectors.
3. Strong theoretical foundation in control theory, kinematics, and system simulation, with the ability to develop algorithms employing both modern control theories and traditional methods (e.g., PID).
4. Expertise in motion control system development, servo system design and debugging, with familiarity in various hardware (motion control cards, servo amplifiers, etc.) and software (Matlab, Python, etc.).
5. Experience in mechatronics, specifically in mechanical dynamics and vibration analysis and control; adept in experimental methods and relevant tools.
6. Proficient in multiple programming languages (e.g., C, C++, C#, etc.).
7. Strong innovative capabilities, excellent problem-solving skills, and a proven track record of teamwork, with the ability to communicate and collaborate effectively across multidisciplinary teams.
8. Proficient in both English and Mandarin, with the ability to read, write, and communicate fluently.