Design subsystems for precision-motion platforms used in wafer inspection machines. Complete design process including requirements, scheduling, design, analysis, prototype testing, and BOM structure.
Conduct various analyses and simulations, such as thermal, vibration and FEA modeling, and will also perform solid modeling design using Pro/E and generate detailed drawings, design review presentations, procurement of prototype parts.
Drive system integration, prototype testing, and handoff to manufacturing.
Collaborate with other engineering groups such as Systems Engineers and Manufacturing Engineers to ensure seamless integration at the system level
During prototype testing, be the expert in servo control, Firmware, and SW Engineers to resolve any issues and optimize performance.
Qualifications:
Motion Control and Servo System Design
Signal processing and analysis using Matlab and Python
Experience in simulations and system dynamics (Simulink)
Experience in vibration analysis.
Design experience of positioning systems
Solid modeling and structural analysis FEA, preferably ProE
Implementation of high-resolution feedback sensors
Knowledge of manufacturing processes including machining, sheet metal
Background in semiconductor design equipment
Good communication and presentation skills
Experience with writing requirements and test plans
Ownership and leadership skills
Doctorate (Academic) Degree and 0 years related work experience; Master's Level Degree and related work experience of 3 years; Bachelor's Level Degree and related work experience of 5 years