Post-doctoral Position in Machine Learning for Engineering Design

ETH Zürich; Zürich; Hybrid; CHF 90,000 - 120,000; Full time

Job summary

ETH Zurich’s IDEAL Laboratory invites applications for a post-doctoral position in Machine Learning for Engineering Design. The role focuses on AI-guided design, inverse design, and optimization across domains such as healthcare, power, aerospace, and robotics.

Applicants will collaborate with PhD students and scientific staff, contribute to research publications, and participate in lab operations, leadership, and infrastructure development.

Qualifications

• PhD in relevant field with strong publication record in archival journals or conferences.
• Strong background in ML for engineering design or AI-driven design.
• Experience with HPC environments and deploying simulation/ML codes.

Responsibilities

• Develop or analyze novel algorithms for engineering design (Inverse Design, Generative Modeling, Robotics, or Program Analysis/Synthesis).
• Collaborate with industry, academia, and national labs to translate real-world needs into research questions.
• Deploy simulation or algorithm pipelines on HPC infrastructure and manage development efforts.

Skills

Machine Learning

Robotics

Computational Simulations

HPC

Software Engineering/Analysis

Education

PhD in Mechanical Engineering, Computer Science, Applied Mathematics, Robotics

Tools

PyTorch

JAX

Docker

Singularity

HPC Clusters

Job description

The Laboratory for Intelligence in Design Engineering and Learning (IDEAL) in the Department of Mechanical and Process Engineering invites applications for a Post-doctoral position in the area of Machine Learning for Engineering Design under the guidance of Prof. Mark Fuge, the Chair of Artificial Intelligence in Engineering Design. The general area of the laboratory covers the study of Artificial Intelligence and Machine Learning in the context of Engineering Design problems in domains such as healthcare, power generation, aerospace, and robotics. The successful candidate will join a growing research team and have a unique professional development opportunity to help shape and guide initial investments in laboratory infrastructure.

Project background

This postdoctoral position would build upon the laboratory's past and ongoing workwithin the context of AI-Guided Design, Inverse Design, and Optimizationacross differentapplication domains. In particular, we are developing scientific research infrastructure to better study the integration of physical experiments with digital/AI-driven models, as well as formal verification of software systems. Thisbuilds upon our existing work in automated robotic assembly, automated design for assembly, and benchmarking within this domain, such as through our EngiBench and EngiOpt libraries. We would also be interested in developing new work in formal verification of mechanical systems, such as through Autoformalization and techniques from Program Analysis or Synthesis.This position would involve helping set the vision and scientific direction for future efforts in this broad area, and collaborating with Ph.D. students, other Post-Docs, and Scientific Staff (such as software developers from ETH's Scientific IT Services group) to produce world-class and high-scientific-value research publications and infrastructure. As such, it offers unique and advanced professional development opportunities in both leadership and laboratory operations that will position the candidate well for future success as an independent scientist. You can read more about ourwork at our laboratory's current website.

Job description

As a postdoctoral researcher, your responsibilities may include:

• Development or analysis of novel algorithms for engineering design applications, such as Inverse Design, Generative Modeling, Robotics, or Program Analysis/Synthesis
• Collaborating with partners from industry, academia, and national labs to translate real-world needs into scientific or technical questions
• Working independently or with other scientific staff to deploy our simulation or algorithm pipelines on advanced computational infrastructure, such as High-Performance Computing systems
• As many of the lab members actively contribute together to various projects, this role will involve some project management and coordinating the development efforts of others
• Helping to set up the specialized digital or physical scientific infrastructure needed to support planned experiments as relevant to your research focus. This also includes participating as an active lab citizen in improving lab-wide infrastructure via participation and planning for lab retreats or helping set up lab-wide processes
• Participating actively in dissemination efforts such as publishing scientific papers, attending or presenting at conferences or workshops, or other scholarly outreach activities
• Designing and writing portions of scientific research proposals to support laboratory efforts
• Supervising Ph.D., Masters, and/or Bachelors students
• Limited assistancein teaching efforts for relevant coursework in the laboratory's general area

Profile

The following are some characteristics that may align well with the position:

• You should be a highly motivated researcher with expertise in some of the following areas (please address these in the cover letter): Machine Learning, Robotics, Computational Simulations (e.g., CFD, FEA, etc.), domain expertise in Engineering problems, familiarity with High-Performance Computing (HPC) environments, or Software Engineering/Analysis
• You are expected to have aPh.D. degree in Mechanical Engineering, Computer Science, Applied Mathematics, Robotics, or related fields with an excellent track record in archival journal publications, Computer Science or Robotics conferences, or other competitive venues appropriate to your Ph.D. research field
• You should possess strong English language skillsand the ability to work successfully and collaboratively on diverse, multinational teams
• Preferred candidates will also possess working knowledge of recent Machine Learning or HPC-related techniques or tooling, such as relevant Python or Julia libraries (PyTorch, JAX, and similar) and how to package simulation or ML codes for dissemination or deployment on distributed servers (e.g., Docker, Singularity, and running codes on HPC clusters)
• Knowledge of (or prior research) in robotics (e.g., ROS, forward/inverse kinematics), manufacturing (e.g., Additive or Subtractive Manufacturing), or computer vision/language models is a plus, but not a requirement
• Experience in Formal Verification and Software Analysis is also highly desirable
• Preferred candidates will know professional software development practices, such as Code Quality measures, distributed development workflows (e.g., using Git/GitHub), such that you can lead a group with multiple contributors and maintain high levels of code quality
• This position involves significant interpersonal and leadership opportunities that integrate with others in the ETH workplace, and ETH Zurich has developed a set of six core competencies that we expect from all employees.These include acting responsibly, nurturing well-being, driving innovation, living inclusivity, building bridges, and enabling people. In your cover letter, to the extent that you can speak to them as part of your past work, please note your key strengths in these competencies and examples that speak to them

We encourage candidates to apply even if they do not think they possess every point above, particularly for candidateswho may not have had access to certain development opportunities. We will work with any selected candidates to develop targeted competencies on a personalized basis.

We offer

The position is offered on a fixed-term basis with ananticipated duration of approximately two years, with an initial contract duration of one year, with a possibility of future extensions based on performance evaluation. The anticipated start date for the position is flexible, with an ideal start date betweenMay to Octoberof 2027. However, the exactdate can be shifted forward or backward by several monthsupon mutual agreement to match the employment or graduation needs of the selected candidate. The position is designed as a full-time (100%) appointment,however, we can offer flexibility in both time and location (home office possibility from your residence in Switzerland) as needed to best enable an individual's needs and well-being. ETH Zurich is a family-friendly employer with excellent working conditions. In addition to this, you can look forward to:

• World-class research infrastructure and excellent working conditions guided by our common understanding of a supportive shared work culture
• A high level of autonomy to develop your skills as an independent researcher
• Opportunities to work with a diverse, motivated, and multi-cultural team in a creative research environment
• Support for personalized professional development and mentoring with the ability to build a strong support network for your future career, and be part of a laboratory with a strong track record of placing post-doctoral employees into competitive research positions and professorships

Working, teaching and research at ETH Zurich

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About ETH Zürich

ETH Zurich is one of the world’s leading universities specialising inscience and technology. We are renowned for our excellent education,cutting-edge fundamental research and direct transfer of new knowledgeinto society. Over 30,000 people from more than 120 countries find ouruniversity to be a place that promotes independent thinking and anenvironment that inspires excellence. Located in the heart of Europe,yet forging connections all over the world, we work together todevelop solutions for the global challenges of today and tomorrow.