特斯拉机械设计车灯开发实习生-上海

任职要求

• BS/MS degree in Mechanical Engineering/Vehicle Engineering/Optics or another related field. Exceptional work and achievement will be accepted instead of an academic degree.
• Fluent in English. Able to use it as a working language to speak in meetings and write documents.
• Quick to learn and adapt. Able to manage high workload and navigate when under pressure.
• Catia V5 or V6 experience is preferred. Extensive experience and proven expertise in other CAD software are acceptable.
• Practical application of mechanical engineerin…

工作职责

THE ROLE
As a Mechanical Design Engineer Intern in the Lighting Engineering team, you will be responsible for the design, release and launch of lighting and charge port door systems for future Tesla vehicle product lines. You will interface with other vehicle engineering teams and work cross functionally with other departments. This can range from defining criteria at the concept phase with our Design Studio, problem solving current production issues with our Quality team, modifying designs to improve for manufacturing, collaborating with our Purchasing department during the sourcing process. You will be part of Tesla’s vehicle engineering organization and report to the Engineering Manager of Exterior/Lighting/Closure Systems.

RESPONSIBILITIES
As part of Tesla Vehicle Engineering team, you will participate in component design, engineering change release /tracking and component validation in Shanghai Giga factory to help improve the quality of Tesla products. Cooperate with suppliers to develop new innovations, modify designs to improve manufacturing, validate designs and refine validation process.
Learn and assist with design release and launch lighting and charge port door systems, aligned with program product profile which may include:
• Concept engineering & feasibility.
• Design to deliver customer-driven lighting and charge port door system targets for craftsmanship, function, cost and weight.
• Participate in the iterative process with the Tesla design/styling studio to deliver the optimal balance of form vs. function vs. cost.
• Detail design including surface development, structures, datum strategy, attachments, GD&T.
• Complete and release component & sub system design.
• Utilize DFSS(Design For Six Sigma) methodologies as appropriate during the design, validation and launch of the program.
• Support overall vehicle development milestones and prototype/production build events.
• Collaborate with cross-functional teams within the Tesla Vehicle Engineering, Manufacturing Engineering and Procurement groups to ensure system manufacturing and assembly feasibility and serviceability.