特斯拉电池管理系统自动化及验证 Software Development – BMS Automation and Validation
任职要求
Must
l Currently pursuing a Bachelor's, Master's Degree or higher in Computer Science, Electrical Engineering or related technical field.
l Strong skill with Python for Automation scripts
l Understanding of hardware and software development processes
l Ability to use oscilloscopes, multimeters, and other electrical test instruments t…工作职责
工作地点：特斯拉上海超级工厂研发中心 要求时间：2026年4月或5月开始实习，至少4个月，6个月以上优先，一周五天全勤 英文：流利，需与美国团队日常会议沟通 *提供转正机会，应届生优先。 About the Role The Systems Validation team is responsible for system level testing of all vehicle product launches, new hardware introduction, new features or any software release. System Validation tests are primarily developed using python for complex and robust validation strategies and deliver automated solutions to execute those strategies efficiently and repeatedly, thus enabling rapid iteration and evolution of Tesla’s vehicle systems. This role will be responsible for firmware validation of the BMS system, including developing validation strategies, test cases for new hardware and firmware, and building automation validation bucks, improve the automation. Required to complete system bench validation and vehicle level system validation for new HW and FW; This role will also require collaborating and support the firmware development and integration teams to root cause issue, to iterate and complete a mature and stable product; Come join a team of deeply knowledgeable and motivated engineers that strive to build the most robust, performant and reliable vehicles in the world, using cutting edge software and hardware development tools and practices. What to Expect l Deliver automation test setups with simulated and/or actual vehicle components; l Work with the cross-discipline development and design engineers throughout the engineering organization to ensure the charging subsystems are designed with appropriate requirements, interfaces and interactions to achieve specific vehicle functions. l Develop, document and execute comprehensive system and sub-system level test specifications and test plans based on system requirements. l Specify, design, develop and integrate test automation frameworks and tools l Report, track and debug issues with software and/or hardware releases l Investigate field issues through data analysis and issue reproduction.
以无人车动力电池系统开发、标定、与测试、功能性能达成为目标： -动力电池技术规划和产品规划。负责电池系统技术规划、产品规划 -动力电池产品开发及验证。负责动力电池产品需求定义和产品定义，技术指标的设定、分解和达成；负责动力电池系统技术方案的制定，负责动力电池系统的DV策划及验证；负责换电技术方案的设计、开发与验证 -负责编制动力电池系统RFQ/SOR、SSTS、DFMEA、数模、图纸等设计工作 -负责动力电池系统质量问题处理
工作职责： 1.负责机器人的电气系统设计和优化(包括电源管理、电机驱动、充电桩、EMC、电气安全认证等)，参与电气硬件架构设计和方案制定； 2.负责电源管理板、电机驱动板、充电桩等的设计和制作工作，包括电气件选型、原理图设计、PCB layout、调试和验证等； 3.参与电机、传感器的选型工作，负责BOM表、接线图等资料输出； 4.与软件工程师和结构工程师紧密合作，以实现系统的整体优化和集成；
1.负责工业互联网/离散制造企业的业务拓展，基于腾讯云产品体系，结合工业企业客户需求，实现方案及架构设计； 2.对传统工业离散制造领域的数字化转型有一定认知和思考； 3.曾参与或熟悉各类创新型商业模式的制定与落地，作为技术侧Owner 与销售团队配合，保障、推动项目的落地及交付； 4.对工业互联网产品优化、业务拓展能够提出建设性意见并主导落实，重点负责大客户/区域的项目机会拓展和跟进落地。
1）负责机械臂等自动化组件的人机协作安全、交互安全的策略制定，开展产品的安全性设计、分析与验证； 2）负责无人机/机场设备产品的功能安全顶层设计，制定合理的安全性要求/目标。 3）制定安全策略，分解细化安全要求，审核并指导各子系统、部组件的设计、开发和测试符合安全标准和法规，识别和评估安全性风险，制定预防和缓解措施； 4）能够按照规范要求和产品特点，组织开展FHA、PSSA、SSA、CCA或HARA、FMEDA等具体的安全性分析评估工作； 5）协助建立涵盖功能/适航/人机安全开发评估活动的研制流程和研制保证体系。