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Agensi Pekerjaan EPS Consultants Sdn Bhd is seeking an experienced Mechanical Design Engineer to develop automation equipment for high-speed terminal stitching and connector assembly. You will lead concept to production handover, ensuring performance targets and cost effectiveness.
You will collaborate with Product Design, Process Engineering, Electrical Controls and Manufacturing to meet technical DFM requirements, with strong emphasis on reliability and manufacturability.
Participate in the development of automation equipment, assembly machines, tooling and inspection systems for connector manufacturing. Design reliable and cost-effective automation machines, ensuring functionality, manufacturability, maintainability, safety and compliance with production requirements.
Develop high-speed terminal stitching and insertion equipment, including terminal feeding, carrier-strip handling, cutting, positioning, insertion-depth control and inprocess detection
Perform mechanical design activities, including machine concept development, 3D modelling, engineering drawings, tolerance analysis, mechanism calculations, component selection and design risk assessment
Work closely with Product Design, Process Engineering, Electrical Controls, Manufacturing, Quality and suppliers to define equipment specifications and technical DFM requirements
Lead machine-development projects from concept, fabrication and assembly through debugging, qualification and production handover, ensuring cycle time, yield, capability, reliability, cost and timeline targets are achieved
Diploma or Bachelor's in Mechanical Engineering, Mechatronics, Manufacturing Engineering or a related discipline
Minimum 8 years of mechanical design or automation machine-development experience, with a strong understanding of machine-design principles
Experience in designing high-speed terminal stitching, gang insertion or connector assembly equipment is strongly preferred
Experience in the connector, electronics, semiconductor or other high-precision manufacturing industry is desirable
Proficient in mechanical design, machine mechanisms, material selection, tolerance analysis, and engineering calculations
Proficient with 3D CAD tools such as CREO Direct or SolidWorks
Familiar with servo motors, pneumatic systems, linear-motion systems, indexing and cam mechanisms, feeders, sensors, machine vision and robotic handling
Knowledge of connector manufacturing processes, including terminal stitching, insertion, assembly, laser welding, inspection, testing, stamping and insert moulding, is preferred
Strong analytical, troubleshooting, project-management and cross-functional communication skills