综合设计与优化博士研究生岗位

TurboImpact项目专注于热泵和燃料电池等应用中所使用的小型涡轮机械的设计、优化与制造。该研究涉及开发稳健的设计方法及多材料连接技术，需要拓扑优化与热-结构耦合分析方面的专业知识。

Mission: We are offering a challenging position as a full-time (100%) PhD Student at STI IGM LAMD at EPFL, Neuchatel. You will be working on the TurboImpact project, funded by Horizon Europe – MSCA-DN, tackles challenges in designing, optimizing, selecting materials, and manufacturing small-scale turbomachinery for applications in heat pumps, fuel cells, organic Rankine cycles, or gas turbines. This project develops robust system and component design methods, an integrated manufacturing platform, and multi-material joining techniques to efficiently produce small-scale turbomachinery. The goal will be achieved by establishing a network of 14 Doctoral Candidates (DC) working in synergy on complementary topics and supported by highly qualified supervisors from European universities and research-intensive European companies Main duties and responsibilities: As a PhD Student, you will be expected to: Have full responsibility for your own dissertation Research in close collaboration with industry partners Experiment design and execution Analyze and interpret experimental results Write scientific articles for publication in peer-reviewed journals Present at international conferences Participate in education and supervise student projects This position at EPFL aims to provide a framework for the robust design of high-speed turbomachinery systems. This will require the development of reduced-order models for the representation of physical phenomena governing gas-bearing supported high-speed turbomachinery, the elaboration of a unified structure to optimize complex systems to maximize selected competing performance metrics while maximizing robustness of the designs towards uncertainty and satisfying stringent design constraints, and the identification of unified design guidelines for the efficient and automated design and optimization of small-scale turbomachinery.

所需能力： 在模型序降阶技术、替代建模方法（机器学习与人工智能）、数据驱动方法、多目标与多学科优化、约束处理方法以及系统工程方面具有扎实的背景知识。 拥有能源转换系统、动态系统、涡轮机械及流体动力学领域的工程背景。 制造工艺相关知识。 特殊要求： 根据玛丽·居里博士计划博士网络规定： 申请者必须遵守MSCA流动规则。在招聘过程中，候选人不得在招聘所在国家于招聘前36个月内连续居住或开展主要活动（工作、学习等）超过12个月。 申请者必须是博士候选人（即尚未持有博士学位），并在招聘时符合MSCA博士培养网络的相关规则。 假期、强制性的国家服务或作为难民程序成员所花费的时间等短期停留情况不计入在内。 申请者必须拥有为期两年的机械工程、制造工程、材料科学、计算机科学、数据科学、软件工程或类似专业的全日制/非全日制学位，其学术水平与两年制硕士水平相当。

We offer: At EPFL, we believe that people achieve great results when they feel supported, respected and enabled to succeed. By joining our community, you will help shape the future of society through education, research and innovation. We offer an inspiring, international and collaborative environment where your work has real impact and your ideas are valued. Combined with flexible ways of working and attractive employment conditions, we aim to create an environment where everyone can contribute, grow and make a difference. Beyond work, our campuses host a vibrant community and unique environment, enriched by initiatives promoting equality, inclusion, diversity, well-being and sustainability as well as an engaging program of cultural, sports and community activities throughout the year. Successful candidates will receive a comprehensive financial package in line with the rules for Doctoral Candidates (DCs) in a Marie Skłodowska-Curie Actions (MSCA) Doctoral Network. Employment will be provided by the recruiting organization and will include mobility and family allowances (where applicable), together with full social security coverage. Doctoral Candidates will benefit from a competitive salary, paid leave (in accordance with institutional regulations), and access to national social security schemes. The period of employment is 3 years, starting on 1 February 2027 or according to mutual agreement. The position is a full-time position. Read about our employment conditions and employee benefits

评估方式： 招聘过程将严格遵循《欧洲研究人员宪章》、《研究人员招聘行为准则》以及博士网络流动规则，并按此原则进行管理与监督。该流程将采用开放、透明、以成绩为依据、公正公平的方式，并根据每个独立的博士职位进行个性化安排。有潜力的候选人将接受与项目负责人、监督团队及招聘委员会的系列面试。 成功候选人将： 就读于招聘单位设立的博士项目， 在具有先进设施的激励性国际环境中开展研究，并接受知名专家的指导。 参与旨在促进科学知识与可转移技能发展的本地及网络范围内的培训活动。 参加与研究方向相关的研讨会和国际会议， 在其他网络机构或相关合作机构从事约4–6个月的短期访问研究。 申请程序： 您的完整在线申请必须最迟于2026年11月30日（23:59）提交。 申请材料必须以一个 PDF 文件的形式提交，其中需包含所有相关资料，以便被审核。如需申请，请点击“立即申请”链接，填写在线申请表格，并将所有英文材料合并为一份 PDF 文件上传。该文件必须包含： 动机信 个人简历 成绩证明及理学硕士/工学硕士文凭（英文版），包含评分标准的官方说明 您的学士学位论文副本（以PDF格式） 您的理学硕士论文副本（以PDF格式提供） 愿意撰写推荐信的三位导师姓名 您可以在获得硕士学位之前申请，但必须在取得学位后方可开始工作。 选拔流程包含多个阶段，入围候选人需申请特定的洛桑联邦理工学院博士项目，以具备在洛桑联邦理工学院攻读博士学位的资格。请查阅本页面获取有关录取的更多信息。请注意，这是一项独立的申请流程，是您在洛桑联邦理工学院完成博士研究所必需的。 截止日期之后收到的申请将不予考虑。 所有有意向的候选人，无论年龄、性别、残疾状况、种族、宗教或民族背景如何，均被鼓励申请。由于该联盟中的大学从事关键技术研究，且涉及特殊安全及出口管制规定，我们可能对符合条件的候选人进行开源背景调查。