Responsible of mechanical design for an integrated x-in-1, 800+ V high-voltage control module for NEVs, ensuring robust packaging, thermal/structural performance, HV safety, EMC-ready interfaces, sealing/IP integrity, and manufacturability from concept through SOP and across derivatives.
Responsibilities
Architectural Definition & Concept Development
Break down OEM customer technical specifications into mechanical requirements, boundary envelopes, and Interface Control Documents.
Lead the concept trade-off studies and mechanical architecture of high-voltage 'X-in-1' units, integrating housing, cover, busbars, power modules (SiC/IGBT), control boards, thermal cooling circuits, and high-voltage interconnects.
Direct space-claim, vehicle-level packaging studies, and bracket/mounting interfaces in compliance with commercial vehicle chassis installation zones.
Design structural aluminum die-cast housings, extruded cooling plates, stamped/bent copper and aluminum busbars, injection-molded parts, and EMI shielding covers using 3D CAD software.
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering, Mechatronics, Automotive Engineering, or equivalent
Responsible of mechanical design for an integrated x-in-1, 800+ V high-voltage control module for NEVs, ensuring robust packaging, thermal/structural performance, HV safety, EMC-ready interfaces, sealing/IP integrity, and manufacturability from concept through SOP and across derivatives.
Responsibilities
Architectural Definition & Concept Development: Break down OEM customer technical specifications into mechanical requirements, boundary envelopes, and Interface Control Documents.
Lead the concept trade-off studies and mechanical architecture of high-voltage 'X-in-1' units, integrating housing, cover, busbars, power modules (SiC/IGBT), control boards, thermal cooling circuits, and high-voltage interconnects.
Direct space-claim, vehicle-level packaging studies, and bracket/mounting interfaces in compliance with commercial vehicle chassis installation zones.
Detailed Mechanical Design & DFx Execution: Design structural aluminum die-cast housings, extruded cooling plates, stamped/bent copper and aluminum busbars, injection-molded parts, and EMI shielding covers using 3D CAD software.
Apply Design for Manufacturing, Assembly, and Testing (DFM/DFA/DFT) rules to optimize production yields, cycle times, and scrap rates across casting, CNC machining, automated dispensing, and screw-driving processes.
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering
