The ADAS AD team is currently seeking a Mechanical Lead Design Engineer in the area of ADAS Sensing. The position requires an experienced professional with a track record of successfully bringing innovative automotive ADAS/AD products into production.
Our ideal candidate exhibits a can-do attitude and approaches his or her work with vigor and determination. Candidates should have demonstrated the ability to learn quickly and work effectively in a fast-paced rapidly changing environment and be excellent at multi-tasking and strive for perfection.
Your Role:
Design robust module mounts which support repeatable and accurate performance of exterior/interior ADAS sensors
Contribute with strong knowledge in designing kinematic mechanisms and shock and vibration stabilization structures.
Design and execute comprehensive tolerance stack-up analyses at both component and system levels to ensure proper fit function and manufacturing feasibility of ADAS sensor assemblies
Lead optical performance simulations using SPEOS software to validate ADAS sensor system performance across various environmental and operating conditions
Drive and oversee thermal and structural simulations & Validation at the module level to ensure robust mechanical design and optimal sensor performance under diverse operating conditions
Collaborate with cross-functional groups including exterior surface design interior cabin design design studio structural simulation group ADAS group and module suppliers to optimize packaging space and fulfilling both manufacturing serviceability requirements.
Work with Tier 1 suppliers and understand mechanical system implementation.
Qualifications:
Proficiency in 3D CAD software CATIA
5 years of experience
Experience with ASME GD&T tolerance stack up and detailed 2D drawings
Plastic and injection molding experience
Experience with CAE tools (for example ANSYS)
Knowledge of Thermal Shock and Vibration testing
Knowledge of rapid prototyping
Expertise in ADAS mechanical component design
Track record of creative mechanical design that will fit within tight space
Knowledge of vehicle build and electrical harnessing