phd mechanical engineering eth zurich

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MaP Doctoral School

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Ready to make an impact in science and society!

The MaP Doctoral School of ETH Zurich provides topclass international doctoral education in advanced materials, processes and manufacturing technologies.

Join the ETH Zurich MaP Doctoral School for your doctoral studies and drive future transformations in the way materials and processes shape the world:

• join cutting-edge laboratories directed by internationally renowned professors
• acquire technical knowledge through customised thematic tracks
• profit from a multifaceted programme to develop your skills  
• dive into the collaborative spirit of the School & take on an active role in shaping a vibrant community

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Current doctoral students

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• overall initiative
• more detailed information depending on advancement of your doctoral studies
• overview of benefits when joining the School
• upcoming events

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open doctoral positions

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external page ETH Zurich Competence Center for Materials and Processes (MaP)

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Mechanics and Materials Laboratory

Master/phd studies.

At the Master's and Doctoral level, we offer the following courses:

Introduction to Finite Element Analysis

This course is desgiend for Bachelor students (elective in the sixth semester) as well as for entry-level Master students (free elective). We provide an introduction to finite element analysis with a focus on the theory behind the finite element method and its implementation for solving engineering problems. Rather than studying specific software, we treat the fundamentals and implement our own finite element code in MATLAB throughout the course in a series of computational projects that build upon one another. More about Introduction to Finite Element Analysis

Multiscale Modeling

This class for Master and Doctoral students provides an introduction into multiscale modeling techniques in solid mechanics and materials science. Multiscale approaches are powerful tools to bridge across multiple scales, aimed at linking macroscopic behavior to microscale features and mechanisms. In this course, we discuss the theoretical foundations and numerical applications of multiscale modeling in mechanics, from electronic-​structure and atomistic techniques all the way up to the macroscopic continuum scale with a focus on scale-​bridging methodologies. More about Multiscale Modeling

Master thesis & Semester Project

We offer theoretical, numerical and experimental research projects that can be completed, among others, within the scope of a semester project or a Master thesis. More about research projects

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Dept. of Civil, Environmental and Geomatic Engineering

Make sure you choose the entry page corresponding to your matriculation!

We are pleased at your interest in a doctorate at D-BAUG. Our research institutes offer a wide range of highly interesting topics in an ideal environment to deepen and broaden your scientific knowledge in the pursuit of a doctoral thesis.

The websites of our institutes provide you with specific information on the various fields of research.

The ETH Zurich Welcome Center offers you non-academic information on topics such as immigration, finding accommodation, childcare, and living in Switzerland.

Doing a Doctorate at D-BAUG

Interested in a doctorate.

On its main site , ETH Zurich provides you with extensive information on general questions and issues surrounding the start of a doctorate at ETH, i.e. on the application process, on accommodation and visa matters.

Doctoral Students

A doctorate at D-BAUG is well structured. Doctoral students will find all essential information nicely summarized.

• Matriculated before 01 January 2022
• Matriculated after 01 January 2022 

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Master of Science in Mechanical Engineering

Students must obtain 90 credit points to qualify for the Master's Degree. The curriculum is structured in six categories. In each category a given number of credit points must be attained.

The Core Courses (36 credit points) lay the foundation for the Master's Program by providing the students with core knowledge in their area of specialization. Together with the students, tutors define the courses for the category Core Courses. These courses have to be included in the Download Learning Agreement (PDF, 1 MB) and have to be approved by the tutor. All courses in this category need to be graded (a "pass" without a grade is not sufficient).

To help in the selection of Core Courses, the course catalogue in Master Mechanical Engineering presents different subsections (fundamental disciplines): 

• Bioengineering
• Design, Computation, Product Development & Manufacturing
• Energy, Flows and Processes
• Mechanics, Materials, Structures
• Micro & Nanosystems
• Robotics, Systems and Control

The courses in this category (6 credit points) give students an opportunity either to deepen their degree-specific knowledge or to broaden their understanding of economics and the social sciences.

The Multidisciplinary Courses may be selected from the entire course catalogues of ETH Zurich, EPF Lausanne, University of Zurich and University of St. Gallen.

Science in Perspective (SiP) (2 credit points) is an integral part of the curriculum at ETH Zurich. It opens up new perspectives in natural and engineering sciences and teaches students to understand and critically question the correlations between scientific knowledge, technological innovations, cultural contexts, individuals and society. The courses are selected from the special course catalogue “Science in Perspective (SiP)” of the Department of Humanities, Social and Political Sciences (D-GESS) at ETH Zurich.

The Semester Project (8 credit points) makes use of the technical knowledge acquired during the Master's Program and is aimed at training the students in the solution of specific engineering problems.

The Semester Project is supervised by an ETH Zurich professor and the choice of the subject and the supervision must be approved in advance by the tutor.

The supervisor proposes the subject of the project, supports the student in the preparation of the project plan, defines the road map together with the student, monitors the overall execution of the project, fixes the dates for completion of the project and presentation and sets the criteria for assessment.

The Semester Project is carried out independently by each student and corresponds to a work load of 240 hours (6 weeks full-time). It can be completed in part- or full-time. It is generally undertaken in the second semester. The project has to be registered through myStudies until latest one month after the start date and the submission deadline has to be defined, too. The given details are binding.

Students need to adhere to the general practice of source citation in this subject and are required to read the notice on plagiarism .

To request an extension of the submission deadline for a project or thesis, the form Download Request to extend project/thesis (PDF, 613 KB) needs to be filled in and submitted either by email or by post to the D-MAVT Student Administration.

The main objective of the 12-week internship is to expose Master’s students to the industrial work environment. The Industrial Internship can be undertaken in a Swiss or a foreign company, organized by the student her/himself. The aim of the Industrial Internship is to apply engineering knowledge to practical situations.

The internship may be completed before starting the Master’s Degree Program or during the study program, but must be done before the start of the Master’s Thesis. The first option is recommended. Only internships that have been completed after achieving all required credit points for the Bachelor’s Program may be credited as Industrial Internship. The internship can be split into two parts.

The Download Study Guide (PDF, 1.2 MB) contains a list of potential activities and more information about the internship.

For the recognition of the completed Industrial Internship, following document must be uploaded to the internship application :

• Confirmation from the company including the activities and tasks performed during the internship

The Master's Thesis (30 credit points) constitutes a maximum six-month, full-time project, aimed at advancing the skills and capabilities of students to work independently and creatively toward the solution of an independent research problem.

The Master's Thesis is either closely related to the research activity of the tutor or of an ETH Zurich professor or deals with a challenging topic faced by industry.

The tutor approves the subject and the supervisor (ETH Zurich professor) of the Master's Thesis. The supervisor defines the road map together with the student in written, is responsible for monitoring the structure and quality of the Master's Thesis and establishes the milestone and dates for start and completion of the Master's Thesis and the criteria for assessment.

The Master’s Thesis has to be registered through myStudies until latest one month after the start date. The submission deadline is calculated automatically by the system (28 weeks). The given details are binding.

Students are instructed to read the notice on plagiarism. The Master’s Thesis will be produced independently by the student, who adheres to the general practice of source citation in this subject.

The Director of Studies may approve an extension of the submission deadline, if cogent reasons are given. 

In order to start the Master's Thesis, students must:

• have obtained a Bachelor's Degree;
• have fulfilled all additional requirements requested for the admission;
• have achieved 28 credit points in the category Core Courses;
• have acquired the 8 credit points for the Semester Project;
• have acquired the 8 credit points for the Industrial Internship

• Michael Robert Tucker

Michael Robert Tucker ETH Zurich | ETH Zürich  ·  Advanced Manufacturing Lab

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• Department of Mechanical and Process Engineering
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PhD Position in Engineering the Microstructure of Bacterial Cellulose for Sustainable Applications

100%, zurich, fixed-term.

We are seeking a PhD student to work on an interdisciplinary project that uses soft matter physics and material science concepts to develop the next generation of architected bacterial cellulose for fundamental and sustainable applications.

Project background

Pressing challenges in climate change require the development of the next generation of renewable materials addressing cooling, CO2 capture and energy production. Materials produced by bacteria (e.g. cellulose) are promising candiates to be used in a sustainable future as they are manufactured using low energy budgets and can upcycle waste. While biofabricated materials have showed promising applications in food, tissue engineering and energy, fundamental physical understanding of bacteria-made materials, as well as robust processing methods to control their structure across scales are still missing.

Job description

The goal of this project is to develop novel methods to engineer the structure of bacterial cellulose at different length scales and make functional materials for sustainable applications. To this end, we will use the combination of bottom-up and top-down approaches to carefully control structural features at various length scales. We will then characterize a range of fascinating structure-function relationships of these biomaterials with various techniques. These include different types of light and electron microscopy, mechanical tests and X-rays. Finally, at the end of the project, we will collaborate with the Digital Building Technologies lab at the Department of Architecture at ETH to explore innovative integrations of biofabricated materials and sustainable buildings.

• You have a master’s degree in material science, physics, chemistry or mechanical engineering.
• You have a strong background in the physics and chemistry of colloidal systems.
• You also have prior experience with optical/confocal microscopy, soft (bio)materials and image analysis techniques (Matlab/Python/Mathematica).
• You are curious, a good team player, and have a great motivation to learn and work independently at the forefront of sustainable materials.
• You have excellent oral and written communication skills in english.

• An open and collaborative research environment
• Access to and training in cutting-edge methodologies and instrumentation
• Possibilities to develop entrepreneural skills and training

We value diversity

Curious so are we..

We look forward to receiving your online application with the following documents:

• A short motivation letter describing how your background fits the profile, your scientific interests and scientific achievements to date (max. 1 page)
• Contact information of 2 references

Please note that we exclusively accept applications submitted through our online application portal. Applications via email or postal services will not be considered.

Further information about the group can be found on our website . Questions regarding the position should be directed to Dr. Carla Fernandez-Rico via emial ( [email protected] ).

The earliest start of this position is November 1, 2024 and the latest February 1, 2025.

About ETH Zürich

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2 PhD students - Assessing Policies for Net Zero Technologies

About the employer.

ETH Zürich is well known for its excellent education, ground-breaking fundamental research and for implementing its results directly into practice.

The Group for Sustainability and Technology (SusTec) at ETH Zurich's Department of Management, Technology, and Economics investigates organizational, technological, and institutional change in different sectors focusing on energy, decarbonization, and the circular economy. We approach our research from two complementary perspectives: at the system level, examining how public policy shapes innovation and the diffusion of sustainable technologies; and at the firm level, exploring corporate strategies and organizational dynamics.

We are expanding our research on public policies for clean fuels and invite applications for:

2 PhD Students in Policies  for Net Zero Technologies (100%)

Project background

The two PhD projects investigate policies to speed up the development of supply chains for net zero technologies, like renewable hydrogen. The research will cover national, regional, and global scales and assess policy outcomes such as technology diffusion, job creation, and security of energy supply.

The first PhD project will evaluate various pathways for renewable hydrogen supply chains in Switzerland, to inform future energy policies.

The second PhD project will develop and apply a novel modeling framework, combining agent-based modeling with energy system modeling to simulate supply chains for net zero technologies.

Job description

We expect your research to be scientifically rigorous and relevant to policymakers and managers. You will collaborate closely with other researchers at our chair and interact with policymakers, managers, and other stakeholders. As an integral part of your work, you will publish your results in high-impact peer-reviewed journals and outreach outlets. You will also supervise master students and support the group’s teaching.

Your work will contribute to advancing knowledge in policies for net zero technologies, with a focus on both academic and real-world impact.

The ideal candidate must:

• Hold an M.Sc. or equivalent degree in engineering (e.g., chemical engineering, energy engineering) or a closely related discipline,
• Have an excellent academic record,
• Have strong analytical skills at an abstract and applied level,
• Be passionate about sustainability, energy, and public policy,
• Be interested in current political and societal discussions,
• Be able to work independently, manage multiple tasks and deadlines,
• Be a team player with strong communication skills,
• Have basic experience with coding and modeling (e.g., with Python),
• Be fluent in spoken and written English.

Not required but a plus to:

• Have work experience in a related area,
• Have prior scientific publications in a related area,
• Be fluent in German,
• Be knowledgeable of energy technologies, energy transition, and the energy industry.

We offer an entrepreneurial research environment in a dynamic team at a world-class academic institution. We also offer national and international development opportunities through collaborations with top academic, industrial, and policy partners. Further, you will have the option to collaborate closely with sus.lab , SusTec’s think-and-do tank, on applied projects with companies and policymakers.

The two positions have different starting dates:

• First position: as soon as possible (October 2024),
• Second position: early 2025 (negotiable between January and March 2025).

Your day-to-day supervisor will be Dr. Alejandro Nuñez-Jimenez , with Prof. Volker Hoffmann as the leader of the research group.

You will be hired as a full-time researcher for the entire duration of the project. The annual salary is very competitive (see ETH Zurich regulations ). These positions are based in Zurich, Switzerland. Remote work from abroad is impossible due to legal constraints.

We value diversity

Curious so are we..

We look forward to receiving your online application with the following documents:

• Letter of motivation (mention your research interests, preferred project, and earliest starting date possible)
• Contact details of two referees
• BSc and MSc transcripts
• Example of written work (e.g., your master's thesis)

Submit your application through this online application portal. Applications via email or postal services will not be considered.

For additional information, visit our website  or contact Dr. Alejandro Nuñez-Jimenez  ( [email protected] , no applications).

Applications will be reviewed on a rolling basis, and the position will remain open until it is filled. For recruitment services, the  GTC of ETH Zurich  applies.

About ETH Zürich

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Department of Mechanical and Process Engineering

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