If you are looking for a fully funded PhD opportunity in Europe, the 11 PhD Positions in the Excellence & Sustainability Programme 2026 at Eindhoven University of Technology (TU/e) offer an excellent chance to pursue world-class research while receiving a competitive salary and comprehensive employment benefits. Hosted by the Section Mechanics of Materials at Eindhoven University of Technology (TU/e) in the Netherlands, these positions are open to talented researchers from all nationalities who are passionate about sustainable materials, advanced manufacturing, computational mechanics, and experimental mechanics.

The four-year doctoral programme combines cutting-edge research with industry collaboration, providing candidates with opportunities to work alongside leading organizations such as Tata Steel, SKF, ASML, Philips, Thermo Fisher Scientific, and VDL. Successful applicants will receive a monthly salary of up to €3,881, social security benefits, professional development opportunities, and access to state-of-the-art laboratories.

Whether your research interests lie in green steels, hydrogen-resistant materials, cryogenic technologies, or silicon wafer handling, this fully funded PhD programme offers an exceptional environment to launch your research career.

Overview of the TU/e Excellence & Sustainability PhD Programme

About Eindhoven University of Technology (TU/e)

Eindhoven University of Technology is one of Europe's leading science and engineering universities. Located in Eindhoven, the Netherlands, TU/e is internationally recognized for its innovation, industry partnerships, and high-impact research.

The university maintains strong collaborations with global companies across engineering, manufacturing, electronics, healthcare, and materials science. These partnerships allow PhD researchers to work on real-world challenges while contributing to technological advancements with practical applications.

The Excellence & Sustainability Programme reflects TU/e's commitment to developing sustainable engineering solutions that support the global transition toward cleaner industries and advanced manufacturing technologies.

Why Apply for These Fully Funded PhD Positions?

These doctoral positions provide much more than tuition funding. Candidates become university employees and receive an attractive salary along with outstanding employment benefits.

The programme also allows researchers to collaborate with internationally recognized experts while gaining valuable teaching experience and professional training.

For aspiring academics and industry researchers, this opportunity offers an excellent pathway toward a successful international career.

Financial Benefits

Successful applicants will receive an impressive funding package throughout the four-year programme.

Competitive Monthly Salary

Researchers receive a gross monthly salary ranging from:

• €3,059 during the first year
• Up to €3,881 in the final year

Salary increases progressively throughout the PhD appointment.

Annual Bonuses

Additional financial benefits include:

• 8.3% year-end bonus
• 8% annual holiday allowance

Comprehensive Social Security

The employment package includes:

• Pension scheme
• Paid maternity leave
• Partially paid parental leave
• Full social security coverage

Additional Allowances

Researchers also benefit from:

• Commuting allowance
• Work-from-home allowance
• Internet allowance

Professional Development

Participants gain access to:

• High-quality research training
• Career development programmes
• Leadership and communication workshops
• Support to become independent researchers

Campus Facilities

Researchers enjoy access to:

• Modern laboratories
• Advanced computing facilities
• Sports facilities
• Children's daycare services

Support for International Students

International candidates receive assistance through:

• Staff Immigration Team
• Relocation guidance
• 30% Dutch tax compensation facility (where applicable)

Research Areas

The Excellence & Sustainability Programme consists of four major research themes that address critical engineering challenges.

Green Steels

The steel industry is moving toward carbon-neutral production by 2050.Researchers in this programme investigate:

• Sustainable steel production
• Processing technologies
• Microstructure evolution
• Mechanical performance
• Recycling and recovery

The findings will contribute to cleaner and more sustainable steel manufacturing.

Physics-Based Design of Hydrogen Resistant Steels

Hydrogen plays a central role in future clean energy systems. However, hydrogen can weaken steel through embrittlement.

Research focuses on:

• Hydrogen-resistant materials
• Digital twin development
• Crystal plasticity
• Computational modelling
• Experimental validation

These projects support the development of safer hydrogen infrastructure.

Thermal Interfaces at Cryogenic Conditions

Many advanced technologies require extremely low operating temperatures.

Research topics include:

• Heat transfer
• Cryogenic materials
• Thermal interface modelling
• Multiscale simulations
• Mechanical behaviour at low temperatures

Applications include:

• Quantum computing
• Medical imaging
• Semiconductor manufacturing

Silicon Wafer Handling

Semiconductor manufacturing demands extremely clean and damage-free wafer handling.

Researchers investigate:

• Mechanical contact
• Scratch formation
• Surface cleanliness
• Micromechanics
• Silicon material behaviour

These projects directly support next-generation semiconductor technologies.

Available PhD Projects

The programme offers eleven research projects divided between computational and experimental mechanics.

Computational Mechanics Projects

Researchers may apply for projects including:

• Rolling contact fatigue in green bearing steels
• Edge crack prediction in green steels
• Green metastable stainless steels
• Crystal plasticity modelling
• Grain boundary damage analysis
• Digital twin development for hydrogen-assisted pipeline fracture
• Cryogenic thermal interface modelling

These projects involve collaborations with industrial partners including SKF, Tata Steel, Philips, Alleima, APS, Thermo Fisher Scientific, ASML, AAE, and MI Partners.

Experimental Mechanics Projects

Experimental research opportunities include:

• Rolling contact fatigue experiments
• Green steel surface characterization
• Hydrogen-induced plasticity analysis
• Silicon wafer handling experiments

These projects use advanced laboratories equipped with state-of-the-art experimental facilities.

Eligibility Criteria

Applicants should meet the following requirements before applying.

Candidates must:

• Hold an MSc degree in Mechanical Engineering, Materials Science, Aerospace Engineering, Applied Physics, or a closely related discipline.
• Demonstrate outstanding academic performance.
• Have strong analytical and research skills.
• Possess knowledge of mechanics of materials or continuum mechanics.
• Show creativity and motivation for research.
• Be interested in interdisciplinary collaboration.
• Be willing to contribute to teaching and student supervision.
• Have excellent English language proficiency at C1 level or higher.

Previous experience in metallurgy, computational modelling, materials science, or experimental mechanics is advantageous for several projects.

Required Application Documents

Applicants should prepare the following documents carefully.

Cover Letter

Explain:

• Motivation
• Research interests
• Qualifications
• Reasons for choosing the programme

Curriculum Vitae (CV)

Include:

• Educational history
• Study periods
• Publications
• MSc thesis summary
• Contact details for three academic references

Academic Transcripts

Submit official BSc and MSc grade lists demonstrating excellent academic performance.

Project Preferences

Clearly indicate the PhD project or projects you wish to apply for.

Applicants may select multiple projects.

Relevant Skills List

Prepare a separate document highlighting experience in areas such as:

• Continuum mechanics
• Computational mechanics
• Programming
• Experimental methods
• Materials characterization

Only include skills relevant to your selected projects.

Selection Process

The recruitment process consists of two stages.

Stage One

An excellence assessment evaluates:

• Academic achievements
• Research potential
• Qualifications
• Overall application quality

Stage Two

Shortlisted applicants participate in project-specific selection together with the relevant principal investigators.

Candidates are matched with projects based on their expertise and research interests.

Why Study at TU/e?

Choosing TU/e offers several advantages.

International Environment

Researchers work alongside scholars from many countries within a highly collaborative academic community.

Industry Collaboration

The programme includes partnerships with leading companies, allowing students to solve real engineering challenges.

Excellent Career Prospects

Graduates develop advanced technical expertise that prepares them for careers in:

• Academia
• Research institutes
• High-tech industries
• Engineering consultancy
• Advanced manufacturing

Modern Research Facilities

Students gain access to world-class laboratories, high-performance computing, and cutting-edge experimental equipment.

Tips for a Successful Application

Competition for these PhD positions is expected to be strong.

Improve your chances by following these recommendations.

Tailor Your Cover Letter

Clearly explain why your background matches the selected research project.

Highlight Academic Excellence

Strong grades, publications, awards, and research achievements strengthen your application.

Demonstrate Technical Skills

Include software, programming languages, laboratory techniques, and modelling experience relevant to the project.

Choose Projects Carefully

Review the project descriptions and select those that best align with your experience and career goals.

Frequently Asked Questions (FAQs)

Is this programme fully funded?

Yes. Successful applicants receive a full salary, employment benefits, and professional development support throughout the four-year PhD programme.

How much is the monthly salary?

Researchers receive between €3,059 and €3,881 per month, depending on the year of appointment.

Is there an application fee?

No. Applications are completely free.

Can international students apply?

Yes. Applicants from all countries are eligible.

How long is the programme?

The doctoral programme lasts four years on a full-time basis.

Is teaching required?

Yes. PhD candidates typically spend around 10 to 15 percent of their time supporting teaching and supervising students.

What English level is required?

Applicants should have excellent written and spoken English, with a minimum level of C1.

When is the application deadline?

Applications must be submitted by 30 September 2026.

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