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Welcome to the International HEPP Doctoral Program

Start your scientific career at the renowned International Helmholtz Graduate School for Plasma Physics (HEPP) in an excellent research environment at the Max Planck Institute for Plasma Physics (IPP).The Max Planck Society, headquartered in Munich, is one of Europe’s leading organizations for basic research and is the sponsoring body of IPP. It brings together 85 institutes and research facilities in Germany and abroad under one umbrella. The Max Planck Institutes are free and independent in selecting and carrying out their research projects.

HEPP offers an outstanding PhD program at IPP in Garching and Greifswald in collaboration with the University of Greifswald, TUM, and LMU Munich, as well as with TU Berlin and the University of Augsburg.

The Graduate School aims to establish a coherent framework at IPP and at universities to train a new generation of internationally competitive PhD students in plasma physics, fusion research, computational physics, surface science, and plasma technology. The HEPP program sets a clear timeline and promotes close collaboration among doctoral students.

As an established doctoral program, HEPP attracts outstanding candidates and prepares them for professional and leadership careers in fusion-related fields, including research, education, industry, consulting, and politics. The structured graduate program is tailored to individual needs. The program focuses on a Thesis Advisory Committee, a wide range of courses and seminars, and the development of soft skills. You will benefit from an interdisciplinary education in an inspiring learning environment and thorough training in scientific practice at IPP.

Ever built a star? Pioneering work at the IPP.

Can we rely on a clean, sustainable energy source in the future and bring the energy of the stars to Earth? At IPP, we’re researching the fundamentals of a fusion power plant to make exactly that possible. Become part of a dedicated team that’s making fusion energy a reality.

PhD candidates benefit from hands-on research using state-of-the-art facilities and a strong network of international collaborations. Our locations in Garching, home to the well-known Tokamak experiment, and Greifswald, home to the world’s most powerful Stellarator experiment, offer excellent conditions and intensive mentoring by renowned scientists.

HEPP trains early-career researchers in experimental, theoretical, and numerical plasma physics. Requirements include an outstanding master’s degree in physics, computational science, engineering, materials science, or mathematics, as well as very good English language skills.

Apply for the PhD program now!

The HEPP Curriculum: Your PhD Program

The specialized three-year HEPP program is based on three pillars.

  • Weekly mandatory seminar during the lecture period

  • Annual HEPP Colloquium, supplemented by an additional HEPP fall colloquium

  • Subject-Specific Continuing Education through university courses and lecture series by invited guest professors, as well as conferences and retreats

  • HEPP Transferable Skills Workshops

1
Seminars

The weekly HEPP seminar offers HEPP students a platform for academic presentations and discussions. The doctoral students meet in Garching and Greifswald and are connected via videoconference. HEPP students give two presentations: A 10-minute introductory presentation at the start of the PhD project serves to introduce and provide an overview of the research project. In the second year, a 20-minute progress presentation follows, which presents results and the underlying physics. This presentation should be accessible to a general audience and address potential challenges or interesting aspects of the work.

2
HEPP Colloquium

Each year, HEPP members from the IPP locations in Garching and Greifswald meet for a colloquium that is integrated into the spring meeting of the German Physical Society (DPG). They present either a research poster (during the first and second years of their doctoral studies) or a 20-minute presentation (in the third year, shortly before completing their dissertation).

The final presentation is ideally given during the HEPP session at the DPG Spring Meeting and should cover key sections of the dissertation as well as preliminary results. For those with preliminary results or who are at the beginning of their third year, an additional HEPP Fall Colloquium is organized at the end of the year.

3
Subject-Specific Continuing Education

Attendance at the weekly seminar and the annual colloquium is mandatory for all students. It is your responsibility to select additional courses from the universities’ extensive offerings, and your choice will depend on your personal background. According to the regulations of the Graduate Centers at the Technical University of Munich (TUM), retreats, summer schools, or conferences may also be recognized. The final decision on whether to recognize these educational activities rests with the advisors.

During the regular three-year PhD program, students must attend at least 6 weekly course hours.

Good Reasons to Choose the HEPP Graduate School

From personalized guidance to cutting-edge research and international networking—HEPP offers you the ideal conditions for a successful PhD in plasma physics.

Cutting-Edge Research

Research on world-leading large-scale experiments such as Wendelstein 7-X & ASDEX Upgrade

A Structured Start to Your Career

HEPP offers a specialized curriculum featuring a wide variety of seminars, colloquia, courses, and workshops.

Inspiring Work Environment

HEPP combines a stimulating intellectual environment, PhD students from over 30 countries, and close collaboration with partner institutions, as well as access to state-of-the-art laboratory equipment and supercomputers.

Knowledge Community

The expertise of the participating universities, the associated partner institutes, and the two campuses of IPP will be pooled to lay the foundation for cutting-edge research and education.

Code of Conduct

All members of the HEPP Graduate School have agreed to the “Terms of Good Practice in PhD Training at the International Helmholtz Graduate School for Plasma Physics.” You can find the complete code of conduct at this link. HEPP’s goal is to provide you with excellent support as you pursue your doctoral degree in the fields of plasma physics, fusion research, computational physics, and surface science.

Compensation & Incentives

PhD students at the IPP generally receive a funding agreement in accordance with the provisions of the Max Planck Society. These funding agreements combine the academic freedom of a fellowship with the job security of an employment contract. Compensation is based on the collective bargaining agreement for the public sector (TVöD Bund) and starts at 75% of pay grade 13 in the first year. PhD students receive a three-year doctoral contract.

Experience a pioneering spirit and appreciation.

Discover our culture and the benefits it offers you.

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HEPP at a Glance

HEPP stands for international support for PhD students, strong academic networks, collaboration with leading universities, mentorship from renowned scholars, and cutting-edge research at two locations.

Your Path to a PhD at the IPP

The IPP does not announce specific PhD projects. Instead, you can submit your application materials at any time as part of an ongoing process. Our advisors review the materials in the applicant pool and select candidates for their research projects.

Step 1
Preparation

To ensure a successful application, we strongly recommend that you first familiarize yourself with our research projects and academic fields and explain in your application how your own knowledge and skills would align with them.

Step 2
Application

For data protection reasons, please apply exclusively online through our application portal. Fill out the form completely and upload relevant documents such as transcripts, certificates, and proof of language proficiency.

It is best to apply up to three months before you complete your master’s degree.

Step 3
Selection

The HEPP office ensures that your application materials are fully processed and securely distributed to over 80 qualified advisors at IPP. To ensure the best possible support, the selection process is conducted with great care. The entire selection process may therefore take up to six weeks before you are invited for an interview or receive a rejection notice.

Step 4
Invitation

If your application stands out, you may receive several offers from potential supervisors. They will contact you directly to clarify further details or arrange an interview.

Step 5
Interviews

Both sides have the opportunity to get to know each other and clarify expectations. An initial conversation usually takes place by phone or video before you are invited to further interviews at the Max Planck Institute for Plasma Physics.

Questions about your PhD program? We're here to help.

Please send general inquiries to hepp@ipp.mpg.de

Dr. René BussiahnHEPP Coordinator & Study Guide Greifswald

Phone+49 3834 88-2208Email rene.bussiahn@ipp.mpg.de

Anja BauerHEPP Office

Phone+49 89 3299-1209Email anja.bauer@ipp.mpg.de

Dr. Gustavo GrenfellHEPP Study Guide GarchingPhone+49 89 3299-1019Email gustavo.grenfell@ipp.mpg.de

Melek YogunHEPP Office

Phone+49 89 3299-1041Email melek.yogun@ipp.mpg.de

Insights into the World of IPP

Using supercapacitors, Antonio Magnanimo is developing a prototype power supply. 2,000 of the modules stacked on the right could replace the flywheel generator that powers the magnets of ASDEX Upgrade.

Prof. Dr. Elisabeth Wolfrum—pictured here in the control room—has already supervised many doctoral theses on lithium beam diagnostics. The high-speed measuring device provides the electron density profile at the plasma edge every 50 microseconds.

The optical fibers used in helium beam diagnostics monitor the plasma edge of ASDEX Upgrade: The light emitted by injected helium atoms when they collide with electrons reveals their temperature and density to Daniel Wendler.

Inside the plasma vessel, Dr. Klara Höfler has just calibrated the Doppler reflectometer. The instrument’s movable mirror directs microwaves into the plasma to measure the turbulence and compare it with theoretical models.

Your Doctorate. Our Cutting-Edge Research.

Applications are welcome at any time. Please submit your documents through the online application portal.

Apply now for a PhD Program