M.Eng. Sustainable Energy

Climate change. Loss of biodiversity. Resource scarcity. Growing social inequality. Energy crisis. The challenges of the 21st century make it clear that our current energy system is undergoing a fundamental transformation. But how can sustainable and just energy systems be designed?

The interdisciplinary Master's programme Sustainable Energy at Europa-Universität Flensburg, in cooperation with Flensburg University of Applied Sciences, offers a unique opportunity to explore these critical questions and develop innovative solutions for sustainable energy systems.

A defining feature of this programme is its holistic approach, viewing energy systems as socio-ecological challenges that encompass technical, economic, environmental, and societal dimensions. Students learn to develop transformative strategies that integrate technical innovations with the principles of sustainability, justice, and global responsibility. The goal is to design energy systems that meet the demands of a sustainable future.

3 Specialisations: Transition, Development, Engineering

The Master Sustainable Energy programme consists of a total of 90 ECTS / Credit Points (CP). Full-time study spans three semesters, with 30 Credit Points (CP) awarded in each semester. In the third semester, students complete a Master’s thesis, which accounts for 30 CP and integrates the knowledge and skills acquired during the programme.

Students can choose from three specialisations, each offering a distinct focus. The curriculum includes shared compulsory courses for all three specialisations, along with additional mandatory and elective modules specific to each specialisation. The primary language of instruction is English, although some elective modules are offered exclusively in German.

Transition - Social Change and Sustainability

Study Plan – Specialisation in Transition

The specialisation Transition focuses on analysing technical, economic, political, and societal challenges of sustainable energy systems, combining national and international perspectives.

Further Details on the Specialisation Transition

Recommended Course of Study

1. Semester (Spring) ACES: Analysis and Complexity of Energy Systems (15 LP) TS: Transformation Studies (5 LP) EWS: Energiewende Showcases (5 LP) Elective (1 out of 4)
TE 1 (5 LP) TE 2 (5 LP) TE 3 (5 LP) TE 4 (5 LP)
2. Semester (Autuum) SEnSE: Sustainable and Just Energy System Solution (15 LP) EE: Ecological Economics ( 5 LP) RTS: Resource Transistion & Sustainabillity (5 LP) Elective (1 out of 4)
TE 5 (5 LP) TE 6 (5 LP) TE 7 (5 LP) TE 8 (5 LP)
3. Semester (30 CP) TH: Master Thesis (30 LP)

Development - Development Cooperation

Study Plan – Specialisation in Development

The specialisation Development (a DAAD-funded programme for international students) focuses on energy technologies and energy management in the Global South. It is designed for international students as well as those interested in development cooperation.

Further Details on the Specialisation Development

Recommended Course of Study

1. Semester (Spring) ACES: Analysis and Complexity of Energy Systems (15 LP) SEAP: Sustainable Energy Access Planning (5 LP) ODDC: Organizations and Diversity in Development Cooperation (5 LP) Elective (1 out of 4)
TE 1 (5 LP) TE 2 (5 LP) TE 3 (5 LP) TE 4 (5 LP)
2. Semester (Autuum) SEnSE: Sustainable and Just Energy System Solution (15 LP) ICEP: International Community Energy Project (5 LP) MPM: Markets and Project Management (5 LP) Elective(1 out of 4)
TE 5 (5 LP) TE 6 (5 LP) TE 7 (5 LP) TE 8 (5 LP)
3. Semester (30 CP) TH: Master Thesis (30 LP)

Engineering - Sustainable Energy Technologies

Study Plan – Specialisation in Engineering

The specialisation Engineering focuses on the technical aspects of energy technologies, their interactions, and their functionality within the context of sustainable energy systems.

Further Details on the Specialisation Engineering

Recommended Course of Study

1. Semester (Spring) ACES: Analysis and Complexity of Energy Systems (15 LP) ES: Energy Storage (5 LP) Elective (2 out of 4)
TE 1 (5 LP) TE 2 (5 LP) TE 3 (5 LP) TE 4 (5 LP)
2. Semester (Autuum) SEnSE: Sustainable and Just Energy System Solution (15 LP) SE: Sustainability in Engineering ( 5 LP) Elective (2 out of 4)
TE 5 (5 LP) TE 6 (5 LP) TE 7 (5 LP) TE 8 (5 LP)
3. Semester (30 CP) TH: Master Thesis (30 LP)

Study Programme Flyer

About the Study Prorgramme