特斯拉塑料件焊接装配工程师
任职要求
• Bachelor's degree in Mechanical Engineering or a related field.
• Minimum of 5 years of experience in fixture industries (Fixture design/manufacturing/processing/PM etc) with a focus on plastic, stamping, and die-casting applications.
• Experience with advanced tooling fixture design and analysis techniques is preferred.
• Knowledge of materials science and metallurgy.
• Knowledge of plastic bonding (lamination/wrapping/assembly/US welding/IR welding/vibration welding/hot plate), stamping electric resistance/MIG/laser welding, checking fixture etc.
• Lamination/wrapping fixture & station experience is preferred.
• Knowledge of Gauge R&R, CMM, scanning, GD&T.
• Proficiency with automotive interior & exterior plastic/sheet metal/casting parts
• Proficiency in CAD software (e.g., CATIA, UG, SolidWorks, AutoCAD) and tooling design principles.
• Proficien…工作职责
The Role The Tooling Fixturing Engineer, is a critical role responsible for designing, reviewing, simulating, optimizing fixturing for Tesla Supply Chain. The fixturing engineering will cover fixturing for processes such as assembly, tooling, welding, stamping, inspection fixturing. The tooling fixturing engineer will evaluate the supplier proposal, optimize, and also help in RFQ/sourcing of the fixtures to ensure the highest standards of quality and cost effectiveness. We are seeking an experienced Tooling Expert to lead the evaluation, selection, and management of tooling fixture requirements for new RFQs (Request for Quotations) and sourcing activities. As a critical member of the team, the Tooling Fixture Expert will focus on tooling fixture design reviews, simulations, optimizing tooling solutions, commercial ensuring they meet the highest standards for cycle time, quality, and cost. This role will be instrumental in ensuring the efficient and effective production of plastic, stamping, and die-cast components for Tesla supplier. This role is vital to our Supplier CapEx strategy, as tooling represents one of our top spend categories. Key Responsibilities • Tooling Fixture Design Review: Conduct thorough reviews of tooling fixture designs for plastic, stamping, and die-cast components, ensuring compliance with engineering standards, manufacturing requirements, and customer specifications. • Collaborate with engineering teams to design and develop tools optimized for cost efficiency and quality standards. • Work closely with Tesla supplier chain, engineering, SIE, Tier1 & tooling fixture suppliers during the RFQ process to develop and quote tooling solutions that are optimized for process, cycle time, quality, and cost. • Assess the capability of fixture suppliers to be included in Tesla fixture supplier list. • Problem-Solving: Collaborate with cross-functional teams to identify and resolve tooling-related issues, including part quality problems, process inefficiencies, and cost-saving opportunities. • Continuous Improvement: Drive initiatives to improve tooling processes, reduce cycle times, and enhance overall manufacturing efficiency. • Documentation: Maintain accurate and up-to-date documentation of tooling designs, analysis results, and process improvements. • Implement and uphold industry standards in tooling processes, ensuring all tools meet Tesla’s rigorous quality requirements. Stay updated on the latest advancements in tooling technology and techniques to continuously improve our tooling capabilities.
1. 负责洗衣机结构件的强度、刚度、冲击碰撞仿真分析，主导核心部件的可靠性风险评估，通过仿真验证解决产品开发中的力学问题。 2. 优化结构仿真流程与方法，提升分析效率与精度，参与技术攻关，推动轻量化设计与材料选型优化。 3. 与研发、生产部门协作，将仿真结果转化为可落地的设计改进方案，协助实验室测试，对比仿真与实测数据，迭代模型准确性。 4. 制定结构仿真技术规范，编写分析报告及测试文档，参与制定仿真标准。 5. 识别结构设计潜在缺陷，提出预防性改进措施，处理量产阶段技术问题，提供售后技术支持方案。
1.岗位核心目标： 负责机器人机械结构件的可制造性设计评审、工艺开发及量产导入，确保压铸、机加、焊接等核心工艺的高效、可靠与成本最优，为人形机器人产品的大规模制造提供坚实的工艺保障。 2.核心职责： -工艺开发与优化： 主导机器人结构件（机身骨架、关节壳体、连接件等）的压铸模具方案评审、工艺参数制定及缺陷分析，确保尺寸精度与力学性能。 设计并优化复杂精密零部件的机械加工（CNC铣/车/钻等）工艺路线、夹具方案及刀具选型，提升加工效率与良率。 制定关键结构连接部位的焊接（弧焊/激光焊/钎焊等）工艺规范、评定标准及质量控制流程，解决焊接变形、虚焊等难题。 -DFM/A 可制造性分析： 在产品研发早期介入，对机器人机械结构设计进行可制造性（DFM）与可装配性（DFA）评审，提出针对压铸、机加、焊接工艺的优化建议。 评估新设计对成本、周期及量产可行性的影响，推动设计迭代。 -生产技术支持与问题解决： 为生产现场提供压铸、机加、焊接工艺的技术支持，快速定位并解决量产过程中的工艺异常、质量缺陷及设备瓶颈问题。 主导工艺相关的失效分析（FA），制定并实施纠正与预防措施（CAPA）。 -供应商开发与协作： 评估和选择压铸、机加工、焊接等外协供应商，进行技术能力审核与工艺认证。 管理和指导供应商的工艺开发与生产过程，确保来料/外协件符合技术要求。 -工艺文档与标准化： 编制及维护完整的工艺文件（PFMEA, Control Plan, SOP, WI等）。 推动工艺标准化、模块化建设，积累工艺知识库。 -成本控制与效率提升： 识别工艺降本机会（材料利用率提升、加工节拍优化、焊接效率提高等），推动实施。
1、负责电视结构类物料（如外壳、支架、金属/塑料部件等）的供应商质量监督，包括供应商审核、体系评估、关键工序监控及质量改进辅导； 2、推动供应商质量问题的纠正预防措施（CAPA），跟踪闭环并实施质量考核与淘汰建议； 3、主导生产端及客户端反馈的结构物料质量问题分析，协调研发、采购、工厂等部门推动根本原因解决； 4、建立结构物料的检验标准与测试验证流程，确保来料及生产过程质量符合要求； 5、管理供应商质量协议，处理因结构物料问题导致的质量索赔及成本核算； 6、推动供应商技术改进，优化结构物料的设计与生产工艺。
1、负责车载零部件机械结构设计、方案审核和交付质量管控； 2、负责与供应商/开发/CAE团队对接，完成域控/底盘/智能网联/座舱等零部件的结构审核和交付质量管控； 3、负责评审零部件紧固件/材料选型、评审和试验验收； 4、负责结构相关仿真； 5、结合零部件功能和整车布局输出结构防护需求和设计指导； 6、负责分析处理结构相关失效问题和优化，保证项目按节点高质量交付。