Master of Science in Management of Smart and Sustainable Energy Systems

Overview

This internationally oriented Master’s programme in Smart and Sustainable Energy Systems is taught in English and takes place on the EUREF campus in Düsseldorf. It prepares students for the changing energy sector by combining advanced theoretical knowledge with practical skills in energy systems, with a strong emphasis on business, economics and energy management. The curriculum is research-informed and keeps pace with current market developments to equip graduates for immediate contribution in professional settings.

What you will study

The programme covers contemporary topics shaping the energy transition, including energy and capital markets, business models, digitalisation, regulation, behavioural economics, climate protection and sustainability. It draws together business administration, economics, engineering and data science to provide a holistic, interdisciplinary perspective on issues such as digital transformation, climate change and energy market design. Learning is oriented toward both practical application and research-driven inquiry.

Structure and outcomes

This full-time Master’s degree spans three semesters and awards 90 ECTS credits. Admission is based on a prior Bachelor’s degree of at least 210 ECTS. Graduates leave with a multidisciplinary toolkit suited to roles that intersect business, policy and technology in the energy sector, while having engaged with up-to-date research and market-relevant skills.

Key facts and entry requirements

• Language of instruction: English
• Location: EUREF campus, Düsseldorf (internationally oriented programme)
• Duration: 3 full-time semesters
• Credits: 90 ECTS
• Minimum prior qualification: Bachelor’s degree totalling 210 ECTS
• Teaching approach: combination of practical application and research-driven learning

The program is structured to combine focused classroom learning with practical project experience. During the first two semesters students complete 11 modules worth 60 ECTS: eight core modules that build a foundation in sustainable energy systems with a strong emphasis on business, economics and energy management, two elective modules (5 ECTS each) to personalise study, and a work placement. The “Research or Industry Internship” module includes a project component that lets students choose between business-oriented applications or research-focused work, providing hands‑on experience and the chance to develop specialised technical or managerial skills.

The third semester is dedicated to independent research and scholarly exchange. It comprises the Master’s thesis and participation in a scientific colloquium (together accounting for 20 ECTS), which develop students’ research design, analytical abilities and oral/scientific communication. In addition, students take two further elective modules (5 ECTS each) in this semester to broaden or deepen their profile.

Key learning outcomes include:

• A deep, interdisciplinary understanding of smart and sustainable energy systems from business, economic and management perspectives
• Practical experience in applying theory to real-world problems through an internship or research project
• Research competence and the ability to present and defend results academically via the thesis and colloquium
• Flexibility to specialise or broaden skills through elective choices

Requirements (curricular overview)

• First two semesters: 60 ECTS across 11 modules
  • 8 core modules (covering business, economics and energy management topics)
  • 2 elective modules (5 ECTS each)
  • Work placement with project component ("Research or Industry Internship") offering business- or research-focused options
• Third semester: 20 ECTS for Master’s thesis plus scientific colloquium
  • Plus 2 elective modules (5 ECTS each) to extend or specialise skillset

Graduates are prepared for professional roles across the energy sector, including positions in energy companies, utilities, energy trading and brokerage, management and strategy consulting, regulatory bodies, and sustainability-focused start-ups. The programme’s blend of business, market analysis and data skills equips alumni to design and implement sustainable energy business models, manage energy assets and portfolios, or support policy and regulatory decision-making.

For those interested in research, the degree also provides a solid foundation for applied research roles or for pursuing doctoral studies in energy economics, energy systems, or related fields.