特斯拉0-2年毕业生-电池电子测试工程师 Battery Electronics Test Engineer-上海
任职要求
· Bachelor’s Degree or higher in electrical engineering, mechanical, mechatronics, or equivalent experience · Knowledge of analog and digital electronics circuits. General knowledge in sensing circuits, microcontrollers, interface circuit, Power Electronics, DCDC or DCAC Converters, and High Voltage Circuits, is preferred · Experience with electrical test equipment (such as multimeters, DAQs, osc…
工作职责
THE ROLE We are looking to hire a test engineer focused on Battery Electronics for our Hardware Testing team. As a Battery Electronics Test Engineer, you will work with a passionate and multi-disciplinary group of engineers while learning how to build and use hardware, firmware, and software solutions to validate Tesla Battery Electronics products to rigorous internal and automotive-industry standards. We are interested in diverse candidates of relevant experience, and we will prioritize curious and driven engineers with strong problem solving, communication, and collaboration skills. RESPONSIBILIES · Design, build, instrument, and automate testing equipment for electrical, thermal, and mechanical testing · Work together with Design Engineers, Reliability scientists, Material scientists, Quality, and Service to identify failure modes and generate design validation and reliability test plans · Perform validation and reliability testing at the component and system levels, simulating realistic and accelerated stress conditions · Collaborate with test technicians as peers to achieve test objectives · Investigate Battery Electronics assembly and subassembly failures to drive product development and test improvement · Identify and execute experiments targeting new technologies or critical failures · Interface and simulate complex vehicular systems to validate firmware/hardware interactions · Create novel ways to apply skills learned in the test lab to benefit vehicle products
THE ROLE 作为电池质量工程师，将负责电池系统的质量问题分析解决与持续改善。你能够接触或掌握全世界最先进、最全面的产品设计，制造过程和实验验证等领域知识；获取行业顶尖的培训资源，扁平化结构，多样化职业发展通道助你快速成长。 RESPONSIBILITIES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 问题分析与解决： 熟悉掌握电池控制系统、电路设计原理图，Firmware控制逻辑及诊断逻辑，主导产品失效分析及改善； 熟悉掌握各类电子器件功能测试及分析仪器工具； 熟悉掌握电池Pack生产过程功能测试类规范及要求，主导功能测试站失效件分析，确定失效原因并提升测试覆盖率。 持续改善： 通过质量数据收集、分析等识别质量改善契机，参与并提出产品设计、制造工程等前期设计开发、过程验证及持续改进建议。 质量策划： 牵头制定相关产品的质量控制计划和质量标准； 评审制造过程PFMEA及Control Plan，提出质量的建议并推动落地执行。 REQUIREMENTS
文档编纂工程师 特斯拉技术内容团队负责撰写和发布售后技术相关材料，如汽车机械维修和碰撞维修、车辆定期维护、充电设备安装以及面向车主的信息。服务的用户包括特斯拉客户、特斯拉服务技术人员、售后维修商和车身维修店。 团队正在寻找一位具有硬件和/或软件/固件产品实践经验的技术撰写专家创建并维护车辆机械维修程序（服务手册）、车身维修程序（车身维修手册）、车辆服务公告、工具和面向客户的表格的文档。 职责描述 l 收集相关团队（如工程师、质量保证、软件开发人员、产品经理和技术人员）的信息和区域关于文档的请求 l 根据不同的需求，给出基于技术文档发布的建议， 同时预测其他人未考虑的潜在问题 l 从工程文档和相关资料（如原理图、系统规范和Enovia产品生命周期管理工具）中理解和提取系统操作信息 l 和工程师、技术人员和产品经理团队合作，深入了解所写文档的技术要求和具体技术细节并创建内容 l 跟踪全球不同地区正在进行的产品迭代和改进，以确保所有技术文档持续更新， 同时确保技术文档内容准确和合规 l 确保技术文档撰写的质量（审核校准技术步骤验证信息的准确性，同行评审他人的内容，并遵循评审流程） l 使用协作软件（如JIRA、Wrike、SharePoint、Quickbase和自定义数据库）管理任务和信息流
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
面向对象：0-2年内毕业的应届生，包含2025年。 The Role Tesla’s Systems Integration Team is seeking an Integration Engineer who will be responsible for ensuring firmware support for new vehicle features and new hardware are designed, implemented, and tested to achieve Tesla’s standards for safety and customer experience. The Integration Engineer is expected to move projects along at an aggressive pace – keeping track of program milestones and deliverables and pulling together the contributions of many teams into a cohesive final product. The Integration Engineer is also expected to get their hands dirty in the details of their sub-systems – digging through source code, root causing issues and proposing solutions to complex problems, as well as testing prototype firmware implementations in-vehicle. Battery Management Systems are comprised of the controllers and firmware that monitor the battery, ensure it is delivering the most power and energy possible while maximizing capacity retention over life. BMS integration engineers are responsible for the performance of algorithms that predict available power and energy, and functions that ensure optimal charging, effective thermal management and high voltage safety monitoring. Responsibilities Work with the design and development engineers throughout the engineering organization to ensure the relevant subsystems are designed with appropriate requirements, interfaces and interactions to achieve specific vehicle functions. Break down new, high-level feature requests into sub-system and component level requirements, and drive the implementation, testing and release of these features against Tesla’s firmware release schedule Utilize critical analysis of potential failure modes and effects to influence these