特斯拉机械设计工程师,自动驾驶及信息娱乐系统 Mechanical Design Engineer, Autopilot and Infotainment
任职要求
BS or higher degree in Mechanical Engineering (MS preferred). Experience detailed designing for plastics, sheet metals, boards, thermal solutions and die-cast parts including understanding of relevant fabrication processes. Proficiency using 3D mechanical design and analysis tools, CATIA V5/V6 preferred. Experience in drafting 2D drawings with GD&T and tolerance analysis for stacking. Excellent communication skills and ability to collaborate and work efficiently in a fast-paced environment. Ability to perform first-principles analysis to ensure a successful design (stress-strain, thermal, cost and mass optimization, etc.) PREFERRED Experience with FEA, ANSYS preferred. Experience with PLM systems, engineering changes, deviations, BOM structuring. Experience with environmental, reliability, safety, and industry standard requirements for automotive, industrial & residential products. This job application may involve an interview with an interviewer outside of Tesla China. If you complete your application, you agree Tesla provides your application information to overseas interviewers in Tesla, Inc. for recruitment purposes. More details and contact information please seehere. (here hyperlink: https://app.mokahr.com/social-recruitment/tesla/46129#/)
工作职责
THE ROLE Tesla is seeking a skilled and motivated mechanical design engineer in the Autopilot, Infotainment and Electronics Product Design team. The engineer will work closely with cross-functional stakeholders to perform mechanical design activities for Tesla vehicle systems, including to define product requirements and develop specific implementations. RESPONSIBILITIES Top to down modeling and design of mechanical components and sub systems including plastics, sheet metal, heat sinks, PCBs, I/O connectors, etc. Design analysis including parts, structural, design for assembly, and design for validation. Experience with failure analysis, root cause, and solution implementation internally and at contract manufacturer as well. Assist in engineering prototype quick builds and components fabrication. Complete validation tests, perform data analysis, brainstorm potential solutions and implement improved designs. Provide production support to help identify and resolve issues on site. Conduct Design for Manufacturing (DFM) reviews with suppliers and support tooling bring up
负责电池ME部门新工厂,新设备项目的生产线规划设计,设备选型,安装调试,及技术问题的解决。 职责描述: •深入理解电池及相关产品和工艺,负责新项目中产线的规划、开发以及释放; •在新产品的验证和试制过程中,与研发团队密切合作,提供工程制造支持,并识别任何潜在的工程制造问题; •根据项目需求,制定生产线概念,核算生产线投资; •编写工艺设备RFQ,明确地输出工艺、设备和质量等要求; •分析项目成本和回报周期,申请预算; •根据项目交付节点制定详细进度计划并进行跟踪,确保项目按时交付; •评审和批准机械设计,负责项目FAT/SAT/SOP验收; •在项目阶段,积极主动解决设备稳定性及产品质量问题; •收集和更新终验收文档,并移交给现场维护团队; •保持跨部门沟通与合作,确保项目顺利实施; •支持电池车间设备团队进行产线优化和设备升级; •开发设备标准; •负责新技术信息收集和应用可行性分析并将其导入到车间; •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。
职位概述: 我们寻找一位智能传感器开发工程师,为机器人在复杂环境(如导航、抓取操作、人机交互)中设计创新的感知方案。负责多传感器(视觉、触觉、IMU、RTK等)与算法的深度融合,开发高可靠性感知系统,并推动机器人平台的落地应用。该职位需兼具硬件设计、算法优化及工程实现能力。 1. 传感器系统方案设计:分析机器人需求,定义传感功能及技术指标,完成关键技术预研与可行性评估。 2. 传感器设计与优化:主导视觉、雷达、触觉等传感器的仿真设计、选型及性能优化。 3. 系统验证与交付:制定硬件与算法测试方案,验证仿真/真实场景性能,确保产品交付。 4. 软硬件协同优化:集成传感器与算法,提升系统在动态环境中的实时性与稳定性。 5. 多传感器融合算法开发:设计并优化视觉/IMU/触觉等数据融合算法,增强环境感知能力。 6. 跨团队协作:与算法、硬件、系统团队协同,确保传感器与机器人平台无缝对接。 7. 前沿技术探索:研究新型传感器技术及机器学习模型,推动感知系统创新。
岗位描述: 我们正在寻找一位具备全方位技术能力的机器人硬件系统工程师,该岗位需要候选人不仅掌握硬件系统设计,还需深入理解软件架构和算法实现,能够为机器人系统打造高性能、高可靠性的硬件解决方案。 1. 整机硬件架构方案设计:主导机器人产品的硬件需求分析和系统级设计,根据产品需求和性能指标,规划完整的硬件系统架构,包括核心处理器选型、控制板卡方案设计、电源架构规划,以及多传感器选型和接口规范制定。 2. 负责机器人开发项目的具体实施,推动项目硬件工作落地和交付,确保硬件设计完美支持软件算法运行需求。 3. 协调跨部门软硬件资源,主导关键技术攻关,解决硬件与算法协同优化中的难题。 4. 严格把控产品硬件交付质量,确保硬件系统满足机器人产品的高可靠性要求。 5. 系统集成与测试:组织跨部门团队完成嵌入式硬件系统集成与验证,保障产品稳定运行。协同算法团队实现硬件加速优化,带领项目组成员完成软硬件功能性能测试验证,提供专业技术支持。 6. 技术支持与问题解决:为各团队提供专业硬件技术支持,协调解决系统级集成问题,跟踪处理产品硬件问题。主导项目开发过程中的硬件问题分析,提供有效解决方案,确保项目顺利推进。