Ensuring a reliable supply of both water and energy is one of today’s major global challenges, and their interdependence—the water-energy nexus—crosses many sectors. This Master's program addresses that complexity by bringing together multiple scientific perspectives to examine the links between water and energy supply, distribution and sustainability. Rather than focusing on a single resource, the curriculum emphasizes the interdependencies that are central to sustainable development.
The course is deliberately interdisciplinary, combining subjects from energy, civil and environmental engineering with geography, business and economics, and the social sciences. You will develop specialised analytical, methodological and problem-solving skills specifically for water and energy management, along with evaluation techniques to assess technical and policy options. The program also builds transferable competencies: critical reflection on innovations in a global context, independent research and the capacity to work across disciplinary boundaries.
Taught in English and awarding an MSc degree, the program aims to produce technically competent, socially responsible engineers and specialists who can tackle scientifically, technologically and socially relevant challenges. Graduates are prepared to participate in interdisciplinary teams and to contribute to shaping sustainable development at local, national and international levels.
What applicants should bring (expectations)
The curriculum is built to develop an interdisciplinary mindset from the first semester through graduation. It begins with cross-disciplinary foundational units, then concentrates on water and water-management topics taught at RWTH Aachen University. The middle phase focuses on energy and energy-management subjects delivered during a mandatory mobility window at Politecnico di Milano. The final semester returns to RWTH Aachen to address the water–energy nexus in depth and to complete an independent research paper.
This staged design gives students technical and managerial training across both sectors and an international learning experience. The full study plan and module handbook can be consulted here: https://www.fb3.rwth-aachen.de/cms/bauingenieurwesen/Studium/Studiengaenge/Masterstudiengaenge/Sustainable-Management-Water-und-Energ/~orrg/Studienverlauf/?lidx=1
Key modules
Learning outcomes
This master's programme requires applicants to hold a completed Bachelor's degree and to have a solid grounding in natural sciences, hydraulics and general engineering, plus subject-specific knowledge relevant to the field. The programme uses ECTS (European Credit Transfer and Accumulation System) credits to verify prior learning, so applicants should map their previous coursework to the listed subject areas.
Specific minimum credit requirements are set across three knowledge categories (scientific fundamentals, engineering fundamentals, and subject-related fundamentals). If an applicant is missing up to 20 ECTS of the required background, they may be asked to take compensatory undergraduate courses from the Civil/Environmental Engineering Bachelor’s curriculum; note that these make-up classes are offered only in German. International applicants from non-EU/EEA countries must also submit a GRE General Test result. The exam board has the final authority to decide whether an applicant meets the entrance conditions; see the admissions regulations for full details.
Winter Semester (International)
15 July 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for technical and managerial roles addressing complex water and energy challenges in public utilities, consulting firms, engineering companies, NGOs, and international organisations. The programme’s mix of engineering, natural sciences and socio-economic training enables alumni to work in project management, systems analysis, resource planning, sustainability assessment, and policy advising related to water and energy systems.
The research and interdisciplinary skills developed also provide a solid foundation for doctoral studies or R&D positions in academia and industry, particularly in fields focused on sustainable resource management, integrated infrastructure planning, and technology implementation for the water–energy nexus.
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