特斯拉系统集成工程师，充电&储能 System Integration Engineer, Supercharger & EP
任职要求
MUST • Proficiency in Python, familiarity with C++ a plus. • 3+ years of experience in firmware validation in robotics, real-time controls, or system software. • Proficient in English (both verbal and written communications). • Familiarity with test driven development and developer driven automated testing. • Ability to collaborate and communicate complex technical concepts concisely. • Comfortable with hands-on lab work (including the use of scopes/logic analyzers, CAN tools, soldering irons, etc as needed). • System level engineering experience with electrical and mechanic…
工作职责
THE ROLE As a member of the off-board firmware development team, you will be responsible for validating the firmware on our superchargers, adapters, and various other types of high voltage charging equipment. Come join a team of knowledgeable engineers to build the next generation of robust EV charging infrastructure using cutting edge software development tools and practices. RESPONSIBILITIES • Develop and execute tests for new firmware features. • Lead and own firmware validation, new feature definition, firmware regression, and firmware releases. • Capture CAN traces and investigate problems. • Support with certification efforts as needed. • Develop tests to validate functionality ( SIL, and system level). • Automated test sequence and analysis development in Python. • Help with system integration / bring up of new hardware. • Actively participate in team discussions to make performance and optimization trade-offs. • Respond to problems in the field and support the service team with practical, quick solutions to issues that affect the live supercharger fleet.
1. 负责动力系统集成测试项目管理； 2. 负责动力系统集成测试流程体系建设和标准制定，测试环境搭建； 3. 负责动力系统集成测试用例制定和执行； 4. 负责建立、维护相关车辆及测试设备，保证车辆及设备运行良好，产品测试精度准确； 5. 负责协同跟踪解决测试发现的问题并审核解决方案； 6. 负责动力系统按整车节点的技术状态交付。
1.负责整车充电功能开发，含国标、欧标、美标等国内外充电标准； 2.承接产品需求，开发和验收充电功能，根据产品定义，结合整车高压架构、EE架构、800V/400V电压平台，开发整车充电功能需求FRD，并完成充电功能管理控制器需求分解，定义充电适配目标和各零部件需求指标； 3.开发充电新功能新技术，充分论证收益、代价、风险、可行性，制定整车功能架构，牵引整车各控制器开发实现； 4.制定整车充电适应性测试大纲、测试规范，量化并分解适应性指标，管理测试过程和交付，确保量产适应性达标； 5.解决充电适应性测试问题、市场问题，尤其是升压充电疑难问题及海外标准适配问题。
1. 负责小鹏汽车国标&欧标充电桩系统架构设计&系统集成方案设计及技术优化，提升产品充电速度、安全性和用户体验； 2. 跟踪行业新技术发展趋势，洞察终端用户和设备持有方需求和竞品状态，构建产品先进性、用户体验、市场竞争力； 3. 负责充电桩系统、储充及新形态充电系统关键技术攻关； 4. 负责充电桩一次、二次电气原理图设计、电气元件参数定义及选型、线束设计及图纸绘制。负责市场异常充电桩快速问题定位、故障分析及优化对策； 5. 负责充电桩系统硬件、电气、结构、软件、测试验证评审。
1. 负责直流微网的系统集成设计和故障特性研究； 2. 负责直流微网的系统协调控制和换流器直流端口控制算法设计； 3. 负责直流微网的直流故障保护方案设计和换流器相关控保算法开发； 4. 负责直流微网系统仿真建模、暂稳态分析和控保算法验证； 5. 配合软件工程师完成应用层软件设计和控保试验验证。