特斯拉2026届-电池机械实习生 Battery Mechanical Engineer Intern
任职要求
MUST
• Bachelor degree in Mechanical Engineering, Master’s a plus.
• Technical fluency in either English or Mandarin (both languages together is a plus).
• Strong engineering fundamentals in heat transfer, fluids, mechanics, and electronics.
• Proficiency in CAD modeling. CATIA V5/V6 experience a plus but not mandatory.
• Proficiency with statistics and data analysis.
• Demonstrated hands-on abilities (e.g. machine shop skills, technical hobbies/projects, etc).
• Preferred experience in designing for high volume assembly, both manual and automated.
• Preferred experience defining test plans, design.
PREFERRED
• International study or work experience a plus.
• Prefing test setups, and analyzing data.
• A detail oriented personality with solid documentation and reporting skills.
• Desire…工作职责
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.
作为电池车间生产的保障人员，能够接触制造行业领先的技术，熟练掌握并处理现场设备故障，丰富个人维修知识经验，为公司创造价值并实现个人能力提升，同时团队多样化，涵盖不同领域专业技术人才，具备技术管理双通道发展前景。 职责描述： • 遵守公司规章制度，严格按照作业指导书工作，积极查找安全隐患，及时汇报安全隐患和事故，提出安全合理化建议，通过不断改进，创造安全健康的工作环境； • 积极主动学习并掌握对应工段区域内设备运行过程、元器件原理，能够解决设备常见故障，并提出相应改善，按要求完成相应任务，达成设备开动率、MTTR、MTBF指标 • 根据班组TPM/PM计划，参与并完成对应设备日常维保、维护任务，在作业过程发现、反馈相应设备问题/隐患，并提出相应合理化建议 • 熟悉并掌握公司相应流程，清楚车间对应制度流程并遵照执行 • 融入团队，协助团队成员完成相应业务，在团队内部分享相应知识、收获 • 响应并支持生产、工艺、质量等其他部门需求，参与班组活动，积极创建良好团队氛围； • 协助班长、工程师进行疑难问题的调查、分析、解决，提出个人的想法助力设备改善并组织相应培训，促进团队共同提升； • 服从领导工作安排，完成相应任务；
团队简介： 不同于广大企业依靠供应商完成产线测试系统设计和制造，特斯拉各个核心电池产品（车用电池，电池电子器件，超级充电站，家用/工业储能电池，太阳能屋顶）测试都由内部团队开发。核心测试团队负责以极小成本，最先进的测试技术完成最复杂的测试，为特斯拉产品的各个生产环节层层把关，确保用户收到高质量的产品。我们正在寻找一位与我们一样对不断提升测试技术，对推动世界向可持续能源转变充满激情的测试技师加入我们的团队。 · 完成测试设备调试与问题排查并指导测试技术员完成调试任务 · 深入理解测试系统电气设计 · 维护测试设备，记录和分析测试数据，报告测试过程中发现的问题，并与测试工程师紧密合作解决这些问题 · 支持测试/验证计划和方法的开发，以确保被测试件能够满足可靠性、结构和其他工程目标
THE ROLE 作为储能超级工厂产品成功下线前的关键工程师角色，储能测试工艺工程师将负责Megapack在装配区域的现场测试工艺管理与技术支持。你将深度参与从测试程序与设备导入、测试流程优化、测试问题分析与闭环，到测试良率持续提升的全过程。该岗位在研发、制造与质量三大职能之间扮演桥梁角色，要求对储能产品设计原理、生产工艺及测试技术有全面的理解。通过科学、系统、高效的测试手段，确保储能系统的性能、安全性与一致性，是储能系统在研发验证、量产导入、质量控制中不可或缺的技术力量。 RESPONSIBILITIES职责描述： 深入理解储能系统在电网、工商业、户用等不同应用场景下的测试需求； 熟悉锂电池、液流电池、超级电容等储能系统的测试原理与流程； 负责PCB电路板的功能测试流程，包括关键参数测试（如电压采集精度、信号传输稳定性、通讯接口功能等）； 参与储能系统核心模块（如BMS、PCS、系统集成）的测试工艺开发与优化； 掌握并应用电气测试、电池测试、热测试、性能测试等常见测试方法； 参与测试程序的开发、调试与优化，具备一定脚本或测试软件的使用经验； 熟练使用测试设备（如NI采集卡、可编程电源、示波器、功率分析仪、高精度万用表、负载设备等）； 熟悉常见通信协议（如CAN、LIN、I2C、以太网、RS232、GPIB）的应用与调试； 负责测试流程中的问题分析与跟踪，推动测试良率的持续提升； 配合跨职能团队（研发、制造、质量）协作，确保产品测试与交付质量。 REQUIREMENTS
他/她将在特斯拉储能超级工厂工作，主要负责超级工厂外购零件质量问题的分析和解决，协同供应商工业化工程师预防零部件售后质量问题的发生，并对高风险供应商质量做系统化提升。他/她通过高效的沟通、专业的管理工具及多样化的数字化应用支持供应商管理工作，确保零部件质量问题第一时间发现、遏制并有效解决。 职责职责： 1. 负责储能超级工厂外购零件（储能电池壳体，压铸零件，冲压等金属结构件）供应商质量管理，确保零件质量和供货稳定； 2. 协助供应商质量保证团队解决特斯拉储能超级工厂现场问题，复杂问题配合供应商工业化工程师一起完成问题分析及解决； 3. 对现场问题进行分类并识别高风险零件和高风险供应商，进行风险管控；利用QMS工具帮助重点供应商提升质量能级； 4. 运用质量工具分析和解决零部件在生产和制造环节中产生的问题； 5.协助供应商工业化工程师完成供应商和特斯拉超级工厂的数字化工具应用及零件关键数据传输；充分挖掘供应商端产品质量数据及过程加工数据价值，通过数据分析，识别零部件风险点及降本增效改善点；探索利用AI，机器学习算法等工具，不断推动供应商智能制造能级提升。