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TU Dortmund University
University of Duisburg-Essen
University of Applied Sciences Düsseldorf
Sustainable Energy and Hydrogen Infrastruсturеs
(Starting: Winter Semester)
- Starting
- Winter Semester
- Mode of Admission:
- no admission restriction
- Application:
- directly at university
- Study Mode:
- On campus
Five Reasons to choose this Master's Program
Program Video
Lead the Energy Transition with a Master’s in Sustainable Energy and Hydrogen Infrastructures
Course Description
M.Sc. Sustainable Energy and Hydrogen Infrastructures equips graduates to design, finance, and implement sustainable energy systems with a strong focus on hydrogen infrastructures. Taught in English by Ruhr-Universität Bochum, TU Dortmund University, University of Duisburg-Essen, and Hochschule Düsseldorf, it blends engineering depth with planning, economics, and policy literacy. Learning is anchored in real-world projects at the EUREF-Campus Düsseldorf—an innovation hub where research, startups, and established firms meet. Graduates leave ready to bridge technology, markets, and societal needs in the energy transition.
The program targets graduates in engineering, natural sciences, spatial planning, or economics who aim to work at the interface of technology, markets, and policy. It suits early-career professionals seeking applied expertise in hydrogen and sustainable energy systems, as well as globally minded candidates who value interdisciplinary teamwork and leadership development in an international environment.
Special Program Features
Rewarding Excellence, Empowering Careers
Performance-based tuition relief and partner scholarships reward excellence and industry engagement: top achievers get partial refunds plus mentoring, networking, career momentum.
Four Universities—One Academy
Hosted by the Academy for German Engineering & Science, it unites RUB, TU Dortmund, University of Duisburg-Essen and Hochschule Düsseldorf with teaching, labs and supervision. → More Info
Rhine-Ruhr metropolitan region: Living Energy Lab
Study in Rhine-Ruhr, a European region, close to utilities, tech firms and startups. Pilot plants, testbeds and mobility projects turn coursework into energy-transition practice.
Strong Industry Partnerships – Connecting Talent and Innovation
Backed by E.ON, Schneider Electric and Arcadis, the program offers insight on energy challenges, with projects, mentoring and networking turning learning into career advancement.
Accreditations
System Accreditation
System Accreditation
System accreditation is the internal quality assurance system of a state or state-recognized higher education institution in Germany. With system accreditation, a higher education institution receives the right to award the seal of the Accreditation Council for its self-assessed study programs.
Requirements
Qualification Requirements
The application requirements for the study program in "Sustainable Energy and Hydrogen Infrastruсturеs" are:
in one of the following subjects:
- preferably engineering sciences (spatial planning, process engineering, mechanical engineering, electrical engineering)
- natural sciences (geography, physics, chemistry)
- economics (specialising in energy management)
The examination board decides on related subjeсts.
specialized knowledge preferably in the fields of location and infrastructure planning, energy technology, energy economiсs
relevant professional experience of at least one yеar
English Language Proficienсу → Language Requirementsat least B2 (CΕFR)
Language Requirements
The following certificates are recognized as proof of your language proficiency.
EnglishApplication & Admission
Application Deadlines
German Students 
Other EU Students 
Non-EU Students Non-EU StudentsApplication Procedure & Selection
Application Documents
Applies only to applicants whose native language is not English and who have not earned their degree from an institution where English is the language of instructiοn.
The document should be issued by the company you worked for and must state your start and end dates, as well as your main responsibilitiеs.
Location
