Renewable Energy Systems

Program overview

This English-taught master's focuses on the planning, implementation and management of energy systems that rely on renewable sources such as wind, solar and biomass. The curriculum blends technical know‑how with hands‑on experience so students learn how to design and operate sustainable energy solutions as well as to evaluate their feasibility and performance in real-world settings.

What you will gain

The degree develops both engineering-oriented skills and practical project experience, alongside training in organisational and management aspects of energy projects. Graduates are prepared to introduce innovative approaches within the energy sector and to assume leadership or management responsibilities in organisations involved in renewable energy projects, policy implementation or system operation.

Who this suits

The programme is aimed at students who want a mix of applied technical training and managerial competence in the field of renewable energy. It is particularly relevant for those seeking careers that bridge technical implementation and strategic decision‑making in the energy transition — in Germany, Europe and beyond.

Requirements — what to have ready (check the university website for exact admissions rules)

• A completed undergraduate degree in a relevant field (engineering, environmental science, energy technology or similar)
• Good command of English (official proof may be required)
• Motivation to work on practical, interdisciplinary energy projects and to take on management responsibilities
• Standard application documents such as academic transcripts, a CV and a personal statement or motivation letter
• Any additional documents requested by the programme (e.g., references or certified copies)

Overview This programme combines compulsory and elective modules to build both broad foundations and specialised expertise in renewable energy technologies. It begins with core fundamentals—covering the basics of electrical and mechanical engineering, thermodynamics, and an introduction to renewable energy systems—before moving into technology-specific and applied topics such as bioenergy, photovoltaics, wind turbines and Power-to-X. Teaching includes laboratory work, a scientific project and language and academic-skill modules to support international students.

Semester structure and key modules Students who enter with 180 ECTS undertake a qualification semester that covers: Introduction to Renewable Energy Systems; Basics in Electrical Engineering; Basics in Thermodynamics; Basics in Mechanical Engineering; Scientific Work; Cultural Studies and Scientific Writing; and German as a Foreign Language. In the first full semester the curriculum deepens into bioenergy systems, project management, life cycle analysis, Power‑to‑X and one elective, plus continued German language study. The second semester addresses advanced technology and practice with modules such as photovoltaic systems, wind turbines, a solar‑thermal laboratory and a scientific project alongside a second elective. The third semester is reserved for the Master’s thesis and its public presentation and defence (colloquium).

Learning outcomes and elective options Graduates will have a solid grounding in the physical and engineering principles behind renewable energy systems, and acquire practical skills in system analysis, laboratory methods and project management. Elective courses let students tailor their profile toward research or industry applications; options include bioengineering; numerical methods in heat and mass transfer; data science in Python; environmental and sustainability management; renewable raw materials; mechatronic systems; and computer‑aided (process) engineering. The programme emphasises scientific working, critical life‑cycle thinking and communication (including German language proficiency) to prepare students for roles in technology development, consultancy, operations or further research.

Curricular requirements (summary)

• Qualification semester required for students entering with 180 ECTS, covering foundational engineering, scientific work and German language
• Semester 1: bioenergy systems, project management, life cycle analysis, Power‑to‑X, elective 1, German language continuation
• Semester 2: photovoltaic systems, wind turbines, solar thermal laboratory, scientific project, elective 2
• Semester 3: Master’s thesis plus presentation and defence (colloquium)
• Elective pool includes bioengineering, numerical heat/mass transfer, data science (Python), sustainability management, renewable raw materials, mechatronics, and computer‑aided process engineering

Graduates are prepared for technical and managerial roles across the renewable energy value chain: system planning, project and operations management, commissioning and maintenance of wind, solar and bioenergy installations, consultancy, and R&D positions in industry or research institutes. The combination of hands-on laboratory experience, lifecycle and project management training, and elective specialisations enables alumni to work in utilities, engineering firms, technology providers, environmental consultancies or pursue doctoral studies.

Knowledge of German is recommended for internships and job opportunities in Germany; the programme’s integrated German courses help international students improve employability locally.