特斯拉研发机械实习生
任职要求
1. 具有机械工程/车辆工程/机电工程/自动化等相关专业学士学位，硕士及以上优先；
2. 能熟练使用CATIA/ProE/UG进行3D建模；
3. 善用第一性原理思考问题；
4. 除工程基础外，有电子、电气、流体、材料等基础知识者优先；
5. 有SAE方程式/太阳能汽车竞赛经验者…工作职责
职位大类：机械实习生 职位类型：实习生 岗位方向： -整车及其核心零部件机械结构开发、以及整车性能、安全的设计、仿真、测试等； -储能、充电及三电相关产品机械结构、系统、安全的设计、仿真、测试等； 地点：上海 你将从事的工作： 2021年特斯拉首个设立在海外、以整车开发为目标的研发中心，上海研发创新中心正式落成。该中心将围绕整车、充电设备及能源产品等进行研发工作，将成为与特斯拉北美研发中心同等规模的综合研发中心。 作为特斯拉于中国市场本土化发展迈出的重要一步，特斯拉中国研发中心专业齐全，涵盖从整车和能源产品的，核心零部件的自主研发，测试验证等诸多功能，拥有超过100个专业实验室。 中国团队的终极目标，是在本土原创设计、研发、生产适合中国市场的车型和能源产品，实现中国创造，销往全球，而研发中心将在其中扮演重要角色。目前上海研发中心已经主导并发布了焕新版Model 3，焕新版Model Y, Model YL等车型。 你将收获到： 1. 多元开放的工作环境，与全球顶尖的研发团队和技术精英并肩，助力飞速成长； 2. 行业顶尖资源，世界级的实验室&工艺设备； 3. 扁平化结构，多样化职业发展通道； 4. 极具竞争力的全面薪酬组合。加入就授予特斯拉股票，立即成为股东！
Responsibilities: • Establish clear, concise tester fixture requirements. • Concept design and review high-level CAD models of test equipment. • Support tester fixture build, debug, validate, and fine-tune equipment for release to production. • Support existing testers troubleshooting, identifying root cause and solutions. • Work closely with electrical and test engineers to identify fixture improvement opportunities and make continuous design improvements to existing testers. • Oversee existing tester fixture retrofit and upgrade design and review, cooperate with vendor on its DFM and lead the change implementation into production carefully, considering process requirements, cycle time, cost, and technical risk. • Make good documentation of tester change and troubleshooting activities. • Training to technicians and operators. • Host and attend cross functional teams’ meetings. • Interact with cross-team, design, manufacturing, sustaining throughout the project.
THE ROLE The role requires strong engineering/physics fundamentals and the tenacity to apply that to hands-on problem solving. A team player mentality is critical, as you are the design representation on the ground collaborating with our factory-based colleagues. Tesla moves quickly, so being self-motivated and disciplined is critical. You must be passionate, but direction changes quickly, so you must also be resilient, boundaryless, and ready to adapt all the while being excited to do so. This role is for the hands-on do-it-yourself type personality wherein you take direct responsibility and direct action; be the first to jump into “driver’s seat” when solving problems. You will be mentored by a Design Team member in a cross-functional manufacturing environment and must be comfortable being outspoken and assertive while maintaining healthy and trusting working relationships with your peers. This role requires people skills amongst the technical skills. This role requires a chameleon: a high-aptitude, boundaryless “do whatever it takes” even if it’s not a typical mechanical design engineering intern role. You need to be the person that everyone says “that person is awesome; they know how to get stuff done!” You should be as comfortable with gloves and hard-hat as you are with a keyboard in front of you. RESPONSIBILITES CORE RESPONSIBILITIES • Help design and launch parts for new battery products à become a mechanical design engineer for part design, reliability & safety testing, and more. • Help the local design team for design-changes, trials, deviations/dispositions, root-cause analysis, etc à Think like a design-engineer: understand and uphold product function and requirements in your work. • Support local supply-chain parts readiness & quality à need to wear multiple hats at times and overlap with SIE/Quality teams. • Sustaining design work à BOM changes, part revisions, drawing revisions, scrappy bench-tests to characterize part/product problems, factory or field teardowns, etc. OTHER RESPONSIBILITIES • Create feedback loop between manufacturing and design and make necessary improvement to specs/drawings accordingly. • Collaborate with process engineering team to create and implement module rework lines, including kicking-off necessary testing to validate these rework methods. • Fully understand the factory process and equipment. • First-responder to yield excursions. • Root-Cause & Corrective Analysis for production issues. • Battery teardowns for field and factory failures. • Participate in design review and change control. • Support new line FATs. • Disposition of non-conforming material. • Own product improvements (cost, complexity reductions), scope dependent upon skill level. • Own and refine product specifications. • Participate in DFMEA’s and support PFMEA’s. • Analyze field reliability data of China market and drive improvements. • Own basic on-site component and system level testing to support design and specification changes; coordinate large validation testing for changes with global team. • Visit suppliers for part qualifications, design change reviews, line audits, etc. • Report to HV Battery Design Engineering Team based in California, United States.
