Job Description

KEY RESPONSIBILITIES:


Develop and optimize high-precision motion control system for semiconductor R&D equipment. Perform tolerance stack-up analysis and GD&T to ensure motion accuracy. Hardware component selection based on thorough understanding of product functionality, application and customer specification for optimal electromechanical performance. Model kinematic/dynamic behaviour (MATHLAB, Simulink, Adams) to predict motion characteristics. Validate designs through prototyping, motion profiling, and performance FEA testing (repeatability, backlash, hysteresis). Prepare BOM, schematic layout drawings, test procedure, installation manual and other design documents for design traceability. Collaborate with cross-functional teams throughout engineering design process for installation, wiring, motion tuning and troubleshooting. Stay abreast of industry trend and technology advancements to ensure our product remains at competitive edge. Able to take up challenge, innovative and think out-of-box on introducing new design.
EDUCATION AND EXPERIENCE:


Bachelor's degree in mechanical/mechatronics/electrical/electronic engineering, or related field. Min. 5 years of experience in electromechanical design and motion control for semiconductor equipment, including hands-on experience, Minitab, EPLAN, CAD software (CREO/AUTOCAD), and other relevant electrical software for task execution. Good inter-personal skills, self-motivated, team player, strong problem-solving skills and keen to explore technology and skill breakthrough. Good team player with other cross-functional team members to achieve project goals. Familiar with real-time motion controllers, rapid prototyping (3D printing), SEMI S2/S8, CE, UL, IEC standards are highly desirable. * Knowledge of flow simulation is a plus.