主要职责 | Key Responsibilities

一、结构设计（50%-60%） | Mechanical Design (50%-60%)

1. 产品结构开发 | Product Mechanical Design

·         负责Traction Inverter、OBC和HV/LV DC/DC产品的总体结构方案设计和详细结构设计。
Develop overall mechanical concepts and detailed mechanical designs for traction inverter, OBC, and HV/LV DC/DC products.

·         完成铝压铸壳体、钣金件、注塑件、端盖、支架及安装结构设计。
Design aluminum die-cast housings, sheet-metal parts, plastic parts, covers, brackets, and mounting structures.

·         负责功率模块安装结构、电容及磁性器件固定结构、母排支撑结构、高压连接器集成和线束接口设计。
Design power module mounting structures, capacitor and magnetic component fixation, busbar support structures, HV connector integration, and harness interfaces.

·         负责密封结构、防护设计、呼吸阀布置及IP67/IP69K相关结构方案。
Develop sealing structures, protection design, venting arrangement, and IP67/IP69K-related mechanical solutions.

·         负责冷却板、水道、液冷接口和热设计相关结构开发。
Develop cooling plates, water jackets, liquid cooling interfaces, and thermal-design-related mechanical structures.

2. CAD设计、图纸和工程化落地 | CAD Design, Drawings & Engineering Implementation

·         熟练使用CATIA、Siemens NX或Creo进行3D建模、装配设计和2D工程图输出。
Use CATIA, Siemens NX, or Creo for 3D modeling, assembly design, and 2D engineering drawings.

·         完成GD&T定义、公差分析、装配间隙检查和关键尺寸链分析。
Define GD&T, perform tolerance analysis, assembly clearance checks, and critical dimension chain analysis.

·         开展DFM/DFA分析，支持压铸、机加工、注塑、钣金、装配和密封工艺可制造性评审。
Conduct DFM/DFA analysis to support manufacturability reviews for die casting, machining, plastic injection, sheet metal, assembly, and sealing processes.

·         支持样机装配、设计评审、DFMEA、DV/PV验证中的结构相关问题分析和设计闭环。
Support prototype build, design review, DFMEA, and structural issue analysis and design closure during DV/PV validation.

3. 电驱与车载电源产品结构经验 | Mechanical Experience in eDrive and On-board Power Products

·         具备Inverter、OBC、DC/DC中至少两个领域的结构开发经验，能够理解功率模块、母排、电容、磁件、连接器和冷却系统的结构边界。
Have mechanical development experience in at least two of inverter, OBC, and DC/DC, with understanding of structural interfaces for power modules, busbars, capacitors, magnetics, connectors, and cooling systems.

·         参与高功率密度、高压平台或多合一电驱产品开发，关注空间布置、装配可行性、重量优化、可维护性和可靠性。
Participate in high-power-density, high-voltage, or multi-in-one eDrive product development, focusing on packaging layout, assembly feasibility, weight optimization, serviceability, and reliability.

4. 先进技术预研与创新 | Advanced Technology Development & Innovation

·         参与高频化、高压化、SiC/GaN、Embedded Power Module、集成式功率电子架构等先进技术预研。
Participate in advanced technology development for high-frequency operation, high-voltage platforms, SiC/GaN devices, embedded power modules, and integrated power electronics architectures.

·         输出技术方案、仿真结论、设计评审材料、技术路线图和专利/创新成果。
Deliver technical proposals, simulation conclusions, design review materials, technology roadmaps, and patent/innovation outputs.

二、CAE仿真分析（40%-50%） | CAE Simulation (40%-50%)

1. 结构强度与可靠性仿真 | Structural Strength & Reliability Simulation

·         独立开展静强度分析、模态分析、随机振动、机械冲击和疲劳分析。
Independently perform static strength analysis, modal analysis, random vibration, mechanical shock, and fatigue analysis.

·         支持壳体、安装点、支架、螺栓连接、功率模块安装结构和关键承载部件的优化。
Support optimization of housing, mounting points, brackets, bolted joints, power module mounting structures, and key load-bearing components.

·         根据DV/PV和可靠性要求识别结构风险，并提出设计改进方案。
Identify structural risks based on DV/PV and reliability requirements and propose design improvements.

2. 热分析与CFD仿真 | Thermal Analysis & CFD Simulation

·         开展稳态热分析、瞬态热分析、热阻路径分析、热点预测和热边界评估。
Perform steady-state thermal analysis, transient thermal analysis, thermal resistance path analysis, hotspot prediction, and thermal boundary evaluation.

·         开展CFD仿真、流量分配分析、压降评估和冷却板/水道优化。
Perform CFD simulation, flow distribution analysis, pressure drop evaluation, and cooling plate/water jacket optimization.

·         支持功率模块、母排、电容、磁性器件和壳体之间的热路径优化。
Support thermal path optimization among power modules, busbars, capacitors, magnetic components, and housings.

3. 多物理场与仿真工具 | Multi-Physics Analysis & Simulation Tools

·         开展热-结构耦合、热膨胀、热机械可靠性和关键部件应力分析。
Perform thermal-structural coupling, thermal expansion, thermo-mechanical reliability, and key component stress analysis.

·         熟练使用ANSYS Mechanical、ANSYS Icepak、Fluent、Star-CCM+、Abaqus等工具中的一种或多种。
Use one or more simulation tools such as ANSYS Mechanical, ANSYS Icepak, Fluent, Star-CCM+, and Abaqus.

·         能够将仿真结论转化为可执行的结构设计优化建议。
Translate simulation results into actionable mechanical design optimization recommendations.

任职资格 | Qualifications

教育背景 | Education

·         机械工程、车辆工程、机电一体化、热能工程或相关专业本科及以上学历，硕士优先。
Bachelor’s degree or above in mechanical engineering, vehicle engineering, mechatronics, thermal engineering, or related disciplines; master’s degree preferred.

工作经验 | Experience

·         8年以上新能源汽车或汽车电子相关结构设计/仿真开发经验。
Minimum 8 years of experience in mechanical design and/or simulation development for NEV or automotive electronics products.

·         具备Traction Inverter、OBC、HV/LV DC/DC中至少两个领域的产品开发经验。
Development experience in at least two of traction inverter, OBC, and HV/LV DC/DC products.

·         具备从概念设计、详细设计、样机验证到量产导入的完整项目经验者优先。
Full-cycle project experience from concept design, detailed design, prototype validation, to production launch is preferred.

·         具备800V平台、多合一电驱、高功率密度或液冷产品经验者优先。
Experience with 800V platforms, multi-in-one eDrive systems, high-power-density products, or liquid-cooled products is preferred.

必备技术能力 | Required Technical Skills

·         扎实的结构设计能力，包括铝压铸、钣金、塑料件、密封、连接器和冷却结构设计。
Solid mechanical design capability covering aluminum die casting, sheet metal, plastic parts, sealing, connectors, and cooling structures.

·         熟练掌握3D CAD、2D图纸、GD&T、公差分析和DFM/DFA。
Proficiency in 3D CAD, 2D drawings, GD&T, tolerance analysis, and DFM/DFA.

·         具备独立结构仿真能力，包括静强度、模态、振动、冲击和疲劳分析。
Independent structural simulation capability, including static strength, modal, vibration, shock, and fatigue analysis.

·         具备热分析或CFD仿真能力，能够支持冷却结构和热路径设计优化。
Thermal analysis or CFD capability to support cooling structure and thermal path optimization.

·         理解高压安全、绝缘、爬电/电气间隙、防护等级和汽车可靠性要求对结构设计的影响。
Understanding of mechanical design impacts from HV safety, insulation, creepage/clearance, IP protection, and automotive reliability requirements.

语言能力 | Language Requirements

·         具备良好的中文沟通和技术文档编写能力。
Strong Chinese communication and technical documentation skills.

·         英语可作为工作语言，能够独立阅读和编写英文技术文档、仿真报告、设计评审材料及邮件。
English can be used as a working language, with ability to independently read and write technical documents, simulation reports, design review materials, and emails in English.

·         能够使用英语参加全球技术评审会议，并与海外研发团队开展技术交流。
Able to participate in global technical review meetings in English and communicate with overseas engineering teams.

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