11 PhD Positions in the Excellence & Sustainability Programme at TU/e

Eindhoven University of Technology (TU/e) is recruiting 11 PhD candidates through its Mechanics of Materials (MoM) excellence programme. The positions focus on sustainable materials, advanced modelling, experimental mechanics, hydrogen-resistant steels, cryogenic interfaces, and silicon wafer handling. For researchers seeking a salaried PhD in mechanical engineering or materials science in the Netherlands, the programme combines academic research with close industry collaboration.

The roles offer four years of full-time employment. Candidates also contribute to teaching and professional development. Therefore, this opportunity suits researchers who want strong scientific training alongside practical engineering exposure. This guide covers the research themes, eligibility, salary, application documents, selection process, deadline, and practical tips.

What Makes the TU/e Mechanics of Materials PhD Programme Distinct?

The Mechanics of Materials section launched this excellence programme in 2026 to recruit 11 researchers. Its work studies how engineering materials behave across length scales, from microstructural mechanisms to larger-scale performance. The group combines experiments, materials physics, and numerical modelling. TU/e also provides advanced computing infrastructure for the numerical research. 

Moreover, each project includes collaboration with an industrial partner. That connection can give doctoral researchers experience with problems that matter beyond the laboratory. 

Research Areas and 11 PhD Projects

The positions sit within four larger programmes. Together, they cover sustainability, energy infrastructure, advanced cooling, and semiconductor manufacturing.

The 11 projects are:

• • Rolling contact fatigue in green bearing steels, numerical microstructural modelling

  • Predictive analysis of edge crack sensitivity of green steels

  • Structure-to-properties relationships in green metastable stainless steels

  • Solute-dependent bcc crystal plasticity in hydrogen-resistant circular steels

  • Grain-boundary plasticity and damage in hydrogen-resistant circular steels

  • Digital twin development for hydrogen-assisted crack propagation in buried steel pipelines

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  • Cryogenic interface heat transfer for advanced thermal interfaces

  • Rolling contact fatigue in green bearing steels, experimental microstructural analysis

  • Effects of tramp elements and new heating methods on green steel mechanics

  • In-situ micromechanical investigation of hydrogen-induced plasticity in circular steels

  • Micromechanical experimental analysis of particle generation in silicon wafer handling

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

Green Steel

Five projects examine how greener steel production affects structure and mechanical behaviour. They address rolling contact fatigue, crack sensitivity, metastable stainless steels, surface changes, and experimental microstructural analysis.

Applicants with interests in metallurgy, micromechanics, computational mechanics, or experimental materials research may find a strong technical match here. 

Hydrogen-Resistant Steels

Three projects study the behaviour of steel exposed to hydrogen. Topics include solute-dependent crystal plasticity, grain-boundary plasticity and damage, and digital twin development for hydrogen-assisted crack propagation in buried pipelines.

The theme connects materials physics with modelling, experiments, and digitalisation. It is particularly relevant for applicants interested in fracture, plasticity, computational mechanics, or microstructure-property relationships. 

Cryogenic Thermal Interfaces

One project focuses on heat transfer at cryogenic interfaces. The research develops multiscale understanding of thermal and mechanical behaviour under extreme cooling conditions.

The work relates to high-tech systems used in areas such as advanced imaging, computing, and semiconductor manufacturing. 

Silicon Wafer Handling

One experimental project investigates particle generation during silicon wafer handling. It uses micromechanical experiments to study surface interactions and material behaviour.

This area may suit candidates with experience in microscopy, mechanical testing, experimental mechanics, or semiconductor-related materials research. 

Eligibility for the TU/e PhD Excellence Programme

Applicants need an MSc in Mechanical Engineering, Materials Science, Aerospace Engineering, Applied Physics, or a similar discipline. A strong background in mechanics of materials, continuum mechanics, or experimental mechanics should match the selected project. 

TU/e places particular emphasis on academic excellence. Candidates must provide complete official grade lists from both BSc and MSc studies. The vacancy states that these grades must demonstrate an excellent academic record.

Additional experience can help, depending on the project. Useful areas include metallurgy, materials characterisation, mechanical testing, micromechanics, and structure-property relationships. Applicants must also have English proficiency at C1 level or higher. 

Salary, Benefits, and Four-Year Duration

These positions are salaried university employment roles rather than a conventional scholarship. TU/e offers full-time employment for four years, with an assessment after nine months. Candidates spend at least 10% of the appointment on teaching, with a maximum of 15% in a year. 

The advertised gross monthly salary ranges from €3,204 to €4,051. Employees also receive an 8% holiday allowance and an 8.3% year-end bonus. The package includes pension benefits, leave options, commuting and home-working support, and access to university training and facilities. 

For international applicants, TU/e also lists immigration support and a tax compensation scheme for eligible employees. Conditions can depend on the individual case. 

How to Apply for the 11 TU/e PhD Positions

The selection process has two stages. First, TU/e conducts an excellence assessment. If you pass it, the responsible principal investigators provide more detailed information about the projects you selected. You can then make a more informed project choice. 

Prepare these documents carefully:

• • Motivation letter explaining your fit and research interests

  • CV with BSc and MSc start and end dates

  • Publication list

  • Brief MSc thesis description

  • Contact details for three referees

  • Official BSc and MSc grade lists

  • Relevant technical skills in modelling, programming, experiments, or materials characterisation

  • The PhD positions you want to pursue

Applicants may select multiple positions. However, complete applications receive priority, so missing documents can create avoidable delays. 

Deadline and Rolling Assessment

The closing date is 30 September 2026, or earlier if all 11 positions have been assigned. TU/e screens applications as they arrive. Therefore, some positions may be filled before the formal deadline. Promising candidates may receive an online interview invitation. 

This rolling process makes early preparation important. Do not wait until the final week if your transcripts, referees, or supporting documents need extra coordination.

Expert Tips for a Strong Application

First, match your evidence to the project. For example, a candidate with Python, finite element modelling, and microstructure simulations should highlight those skills for a computational mechanics project.

Second, treat your grade record as a central application document. The programme explicitly requests complete official records. Keep your academic dates consistent across the CV and transcripts.

Third, describe your MSc thesis with focus. State the research problem, methods, materials or systems studied, and your main contribution. This is more useful than a long literature summary.

Finally, choose several projects only when the technical fit is genuine. A focused application can show clear research direction while still taking advantage of the option to select multiple positions. 

Common Mistakes to Avoid

Avoid a generic CV that lists skills without evidence. Instead, connect your experience to continuum mechanics, FEM, programming, microscopy, mechanical testing, or related methods.

Also, do not overlook the industrial dimension. Every project includes an industry collaboration, so applicants should show that they can work across academic and applied settings. 

Most importantly, do not submit an incomplete application. TU/e states that complete applications receive priority, while positions may be assigned before the closing date. 

Summary Table

Conclusion

The 11 TU/e PhD positions combine advanced mechanics research, sustainability, and industry collaboration. The projects span green steel, hydrogen-resistant materials, cryogenic interfaces, and silicon wafer handling. Academic excellence matters strongly, and the application requires detailed evidence through official grade records and technical experience. Prepare early, select projects that match your background, and submit a complete online application before positions are assigned. The official TU/e vacancy should remain your primary source for the latest application status.

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