Job Responsibilities Support the development of products, systems, and technologies related to thermal and fluid sciences through analytical and simulation-based engineering approaches. Perform modeling, simulation, analysis, and testing activities to evaluate the performance of components, subsystems, and overall systems. Apply engineering tools such as GT-Suite, Fluent, Converge, Boost, and data analysis tools to support product design, optimization, and validation. Investigate thermal and fluid system issues, identify root causes, recommend solutions, and support problem resolution activities. Participate in product development processes including technology assessment, product validation, engineering standard work, and continuous improvement initiatives. Analyze experimental and simulation results and provide technical recommendations to support design decisions, feasibility studies, and architecture development. Collaborate with cross-functional teams including product, systems, manufacturing, and supplier partners to support successful project execution. Prepare and maintain engineering reports, technical analyses, test documentation, and project deliverables. Support product development activities by conducting technical studies, monitoring project progress, and communicating results to stakeholders. Continuously develop technical expertise in thermal sciences, fluid dynamics, simulation, controls, and product development methodologies. 岗位职责 运用热流体科学相关理论、分析及仿真技术，支持产品、系统及新技术开发。 开展建模、仿真、分析和测试工作，评估零部件、子系统及整机系统性能。 使用GT-Suite、Fluent、Converge、Boost等工程分析工具及数据分析工具，支持产品设计优化与验证。 研究和分析热流体相关技术问题，识别根因并提出解决方案，支持问题闭环管理。 参与技术预研、产品验证、工程标准化及持续改进等产品开发活动。 分析试验和仿真结果，为产品设计决策、可行性研究及系统架构开发提供技术支持。 与产品、系统、制造及供应商等跨职能团队协作，推动项目顺利实施。 编写并维护技术报告、分析报告、测试文档及项目相关资料。 支持产品开发全过程，开展技术研究，跟踪项目进展，并向相关方汇报分析结果。 持续提升在热科学、流体力学、仿真分析、控制策略及产品开发等领域的专业能力。 Qualifications Master's degree or above in Mechanical Engineering, Energy and Power Engineering, Vehicle Engineering, Thermal Engineering, Aerospace Engineering, Engineering Mechanics, or other related STEM disciplines. Solid understanding of fluid dynamics, heat transfer, thermodynamics, and energy conversion systems. Knowledge of simulation, modeling, experimentation, and engineering analysis methodologies. Familiarity with one or more engineering simulation tools such as GT-Suite, Fluent, Converge, Boost, MATLAB/Simulink, or equivalent software. Experience in thermal, fluid, controls, simulation, or product development projects through academic research, internships, student competitions, or extracurricular activities is preferred. Strong analytical thinking and problem-solving skills with an interest in data-driven engineering decision making. Good communication and collaboration skills with the ability to work effectively in a cross-functional environment. Demonstrated learning agility, self-motivation, and passion for engineering innovation and product development. Proficiency in Microsoft Office applications. Good English communication, reading, and writing skills. 任职资格 机械工程、能源与动力工程、车辆工程、热能工程、航空航天工程、工程力学或其他相关理工科专业硕士及以上学历。 具备扎实的流体力学、传热学、热力学及能量转换系统基础知识。 了解工程仿真、建模分析、试验研究及产品开发相关方法。 熟悉GT-Suite、Fluent、Converge、Boost、MATLAB/Simulink等一种或多种工程仿真软件者优先。 具有热流体、控制系统、仿真分析或产品开发相关科研项目、实习经历、学科竞赛或学生团队经验者优先。 具备良好的逻辑分析能力及基于数据开展工程决策的意识和能力。 具备良好的沟通表达能力和团队协作精神，能够在跨职能团队环境中高效工作。 具备较强的学习能力、自驱力及工程创新意识。 熟练使用Microsoft Office办公软件。 具备良好的英语听、说、读、写能力。