滴滴EE集成测试工程师(J250730019)
任职要求
1、本科及以上学历,9年以上整车功能集成测试经验;
2、熟悉整车功能集成测试开发流程;
3、熟练使用matlab/simulink、Vector CANoe等软件;
4、能够熟…工作职责
1、负责测试技术方案制定、测试平台管理等工作; 2、负责指导搭建车身域/动力域测试系统,包括但不限于dSpace、Vector测试系统,推动测试自动化平台搭建; 3、牵头编写测试用例,搭建测试序列和测试实施等相关工作,建立可量化、可追溯的测试用例库; 4、协同功能需求方进行集成测试,对测试问题进行跟踪管理,建立问题跟踪管理机制; 5、根据项目计划协调相关人员进行不同阶段样车整车功能的电调; 6、带领小型测试团队,有效分工与技能培训,提升团队测试深度和广度;
The Test Systems Engineering Team is an agile hardware testing group working across both Vehicle and Energy programs. The team provides turnkey test solutions working with a range of groups from research and development through to manufacturing test. The team leverages Tesla’s own products and technologies to create innovative test solutions to expedite R&D and validation cycle times, reducing both cost and complexity. These include motor, powertrain and all-wheel drive dynamometers, high-power bidirectional AC and DC sources, grid simulators, data acquisition, and advanced software control systems. This function operates at the heart of Tesla’s core technologies. THE ROLE The Test Systems Engineering Software Integration team is looking for an engineer to develop and execute test cases, bring-up, maintain Hardware in the Loop (HIL) testers and validate new features and functions to our Dyno Platform. In this role, you will apply software skills that ties the hardware and software together by working cross-functionally with internal and external teams. You will be able to work on various parts of the system and wear multiple hats from designing system architecture to test automation and debugging/commissioning systems in the field. RESPONSIBILITIES · Create and execute new hardware and software feature test plan with automation sequence and detailed post analysis · Identify, escalate, and resolve issues with hardware and software/firmware during system bring up, performance, and safety tests · Python code development and embedded firmware validation in C, C++ · Lead software/system integration efforts for all test platforms · Lead any development/integration efforts for our inhouse bi-directional power supply · Contribute to our internal software tool repos
需求转化与系统定义:将整车功能/性能需求(含安全、法规)转化为可执行的系统级技术需求。 跨域系统设计: 整车层面:理解整车布置、总布置约束对系统(尤其是EE系统)的影响。 电子电气架构:设计/优化域控制器、区域控制器、中央计算平台等核心架构,定义网络拓扑、通信协议、硬件资源分配。 软件架构:理解SOA服务化设计理念、AUTOSAR(CP/AP)分层架构,定义关键软件服务接口及交互逻辑。 接口与集成:清晰定义并管理硬件(传感器、执行器、ECU)、软件模块、子系统之间的物理接口、电气接口、通信接口、数据接口,主导系统集成与验证。 V流程落地:主导或深度参与系统设计、开发、集成测试(如HIL)、实车验证的系统工程V流程,确保设计符合功能安全(ISO 26262)等要求
1. 负责海外各地区功能安全法规标准感知识别,并进行影响分析; 2. 负责涉及功能安全/预期功能安全相关体系认证、公告认证相关工作; 3. 负责整车安全架构方案适应性变更,以适应不通国家和地区的政策法规和功能配置; 4. 负责验收整车层级测试验证结果,包括功能安全整车集成测试、安全确认等活动,以及功能安全相关售后问题跟踪解决; 5. 负责支持高阶自动驾驶功能的整车EE安全架构开放,包括传感器、控制器、执行器、通讯、电源等安全冗余方案; 6. 负责功能安全、预期功能安全、Al功能安全等行业洞察及技术规划及标准制定等工作。
1、牵头设计与开发 L4自动驾驶HIL/VIL 自动化测试平台的核心架构与工具链,确保其高可靠性、可扩展性和易维护性 2、独立负责 CI/CD Pipeline中自动化测试服务的构建、部署、监控与优化,保障测试服务7x24稳定高效运行,显著提升研发效 3、开发高性能、高复用性的自动化测试框架、工具及核心组件,解决HIL/整车台架测试中的复杂技术难题(如多域集成、时序同步、硬件交互、大规模测试管理等) 4、主导编写覆盖多域集成的复杂系统级自动化测试用例,具备深度调试定位测试失败根因的能力,并持续优化测试资产质量与执行效率 5、建立自动化测试开发规范与最佳实践,指导与赋能团队成员提升自动化脚本开发能力与质量意识