Critical role in the mechanical design process, ensuring the delivery of high-quality and reliable navigation and sensor products through mechanical design and structural analysis.
Responsibilities
Mechanical design and drafting of navigation and sensor products using CREO Parametric
Conduct Finite Element Analysis to validate designs, performing thermal and structural analysis to optimize product performance using NX Simcenter
Support test and production to ensure the timely resolution of issues
Support the technical development of team through mentorship and coaching
Utilize CREO Parametric software for 3D modeling, design, and drafting of Printed Board Assemblies, mechanical enclosures, and assemblies
Requirements
Bachelor’s degree from an accredited institution in a technical discipline such as the sciences, technology, engineering or mathematics
Nice to have: Master’s degree in Mechanical Engineering or related field
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
Mechatronics
Automotive Engineering
Nice to have: 800V-1000V experience
Q
Intern Mechanical Design & Product Development (Full-Time, 12 Months) (m/f/d)
Support the mechanical development of innovative Droneport systems, create 3D CAD models, generate manufacturing drawings, evaluate materials, design for additive manufacturing, prototype development, and conduct tests.
Responsibilities
Conduct market and patent research on competing products and technologies
Support the mechanical development of innovative Droneport systems
Create 3D CAD models and assemblies using CATIA V5
Generate manufacturing drawings and technical documentation
Evaluate and select suitable materials and manufacturing processes