Study in Germany | Sustainable Metallurgy IMPRS Scholarships...

Study in Germany | Sustainable Metallurgy IMPRS Scholarships 2026

Posted 2026-04-16 10:00:15

Study in Germany | Sustainable Metallurgy IMPRS Scholarships 2026

Three fully funded doctoral positions in sustainable metallurgy have opened across Germany’s Rhine Ruhr region. The Max Planck Institute for Sustainable Materials in Düsseldorf, the Max Planck Institut für Kohlenforschung in Mülheim an der Ruhr, and Ruhr University Bochum jointly host these positions. This three year PhD programme conducts itself entirely in English. Applications remain open until 15 May 2026, with positions commencing on 1 July 2026.

A Research Agenda Built for the Green Transition

The programme targets a pressing industrial challenge. Metallurgy, the extraction and processing of metals that underpin infrastructure, energy systems, and medicine, must become carbon neutral. The three PhD projects approach this challenge from complementary angles. Here is how they break down:

Project 1 (Microwave Plasma Reduction): Professor von Keudell at Ruhr University Bochum supervises this project. You will work on microwave plasma based reduction of metal oxides, a low carbon alternative to conventional blast furnace processes.
Project 2 (Mechanochemical Synthesis): Professor Weidenthaler at the Max Planck Institut für Kohlenforschung leads this project. You will examine the mechanochemical synthesis of intermetallic compounds through in situ studies using powder diffraction and spectroscopy.
Project 3 (Atomistic Simulation): Professor Bitzek at the Max Planck Institute for Sustainable Materials supervises this project. You will use atomistic simulation to investigate chemo mechanical processes in the iron oxygen system.

Together, these three Max Planck sustainable metallurgy PhD positions represent a coordinated push. They correlate experimental observation with computational modelling. You will combine ab initio methods, machine learning, and multi scale simulation with advanced characterisation tools including atom probe tomography, transmission electron microscopy, and X ray diffraction.

Funding and Financial Terms

All three positions offer competitive compensation. Here is exactly what each track provides:

Max Planck Institute Positions (Projects 2 and 3): You receive remuneration under the TVöD E13 pay scale at 65 percent. This amounts to approximately €40,000 gross per year. After German social deductions, you take home a competitive net monthly income.
Ruhr University Bochum Position (Project 1): You receive a monthly scholarship of €2,050 net, completely tax free.

Both arrangements represent standard doctoral funding in Germany. The Rhine Ruhr region ranks as one of Europe’s more affordable metropolitan corridors despite its high research density. Your stipend will comfortably cover living costs.

Eligibility: What Each Project Requires

All applicants must hold an excellent master’s degree. Beyond that, each project has specific requirements. Check your fit carefully:

Project 1 (Plasma Physics):

Background in physics
Demonstrated experience in plasma research

2 (Mechanochemistry):

Master’s degree in materials science, chemistry, or solid state physics
Knowledge of X ray diffraction or electron microscopy strengthens your application

Project 3 (Atomistic Simulation):

Master’s in materials science, physics, or chemistry
Experience with atomistic simulations on high performance computing platforms
Solid grasp of crystallography

All three positions require strong English language proficiency. The Max Planck Society imposes no nationality restrictions and explicitly encourages applications from international candidates and individuals with disabilities.

Why This Programme Stands Out

The Max Planck Society consistently ranks among the world’s most productive basic research organisations. Its institutes have produced more Nobel laureates per capita than almost any comparable institution. This sustainable metallurgy PhD programme benefits from that infrastructure while situating itself in an explicitly applied context: the decarbonisation of heavy industry.

For doctoral researchers interested in materials science or computational physics, the combination proves difficult to match among PhD positions in Germany for 2026. You gain Max Planck supervision, interdisciplinary collaboration, and direct relevance to energy transition policy. Few programmes offer all three simultaneously.

How to Apply

Click Here to Apply

Deadline

The deadline is 15 May 2026. Prepare these required application materials:

A strong motivation letter explaining your fit with the specific project
Your current curriculum vitae
Degree certificates from all post secondary education
Academic transcripts showing your grades and coursework

Review the specific project descriptions on the respective institute websites. Direct your application to the appropriate supervisor for your chosen project. Do not send a generic application across all three positions. Tailor your materials to show why you belong on that specific team.

Visit the Max Planck Institute websites today, identify which of the three projects aligns with your background, and submit your application before the 15 May deadline. Your funded PhD in sustainable metallurgy awaits in Germany’s Rhine Ruhr region.