Technical University of Munich Campus Straubing
M.Sc. Sustainable Energy and Processes
Straubing, Germany
MSc
DURATION
4 semesters
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
TUITION FEES
EUR 72 / per semester *
STUDY FORMAT
On-Campus
* The tuition fees for international students from third countries for this degree program are 4,000 euros per semester. Many international students can have their fees waived or receive scholarships to finance them.
Key Summary
Shaping the Future of Sustainable Energy
The Master in Sustainable Energy and Processes equips you with the knowledge and skills to develop innovative, environmentally friendly energy systems and resource-efficient processes. By combining the principles of renewable energy with cutting-edge technologies, this program focuses on designing, implementing, and optimizing sustainable solutions for a greener future.
As the world transitions toward a more sustainable future, industries face the challenge of ensuring a reliable energy supply while minimizing environmental impact. This program prepares you to meet these demands by exploring renewable resources like biomass, solar, and wind energy, as well as advancing sustainable methods for processing non-renewable raw materials.
Key Focus Areas
- Renewable Energy & Resources – Harnessing wind, solar, and bioenergy for a cleaner future
- Circular Economy & Recycling – Maximizing resource efficiency through innovative recycling and repurposing techniques
- Future Technologies – Advancing sustainable solutions for hydrogen, carbon dioxide utilization, and alternative fuels
By integrating process engineering with global sustainability challenges, this master's program provides a strong foundation for students looking to drive change in the energy sector—both nationally and internationally.
Structure
The Sustainable Energy and Processes degree programme focuses on energy and process engineering, which is closely linked to the area of resources and materials in their processing and production. As the technological aspects of processes are based on scientific principles, these are required as a basis in some cases. Some selected fundamentals, such as thermodynamics and chemical aspects, are dealt with in greater depth in some modules. The economic aspects required for engineers are also taken into account accordingly.
1. Compulsory Modules (44 CP)
Conceptual Design of Fluid Separation | Mechanical Processing of Biogenic Materials | Energy and Process Engineering Project | Advanced Downstream Processing | Conceptual Design of Bioprocesses | Energy and Economics | Technical Thermodynamics and Balancing | Energy Process Engineering
2. Technical Electives (43 CP)
Students can deepen their specialised skills in the technical electives, depending on their inclination and personal goals. The technical electives catalogue is listed in the FPSO and includes TUMCS modules from the following areas:
- Chemical and biological process engineering (Processes): Production of Renewable Fuels | Electrobiotechnology | Carbon Capture, Storage and Utilization | Modelling and Optimization of Energy Systems and Processes | Catalysis
- Energy Technology (Energy): Geothermal Energy Systems | Wind Power | Biogas Technology | Energy Efficient Buildings
- Material Process Technology (Material): Sustainable Energy Materials | Corrosion and Surface Technology | Renewable Utilization
- Sustainability and Economics: Principles of Life Cycle Assessment | Principles of Economics | Introduction to Management of Renewable Resources
3. General Electives (3 CP)
Free to choose from all modules at TUM
4. Master's Thesis (30 CP)
In the 4th semester, students usually write their Master's thesis, which is based on detailed practical work on an experimental problem. The basis for this is mainly laid in the 3th semester through the following modules:
- Energy and Process Engineering Project – Focus on project work and teamwork
- Energy and Process Research Lab – Hands-on experience with pilot-scale facilities
- Research Internship – Guided scientific work within research projects
These acquired skills can be effectively applied and further developed in the Master's Thesis.
Learning outcomes
Graduates of the Sustainable Energy and Processes Master’s programme are equipped with the skills to formulate research questions, design and execute research projects, and critically evaluate, present, and communicate scientific findings. They develop a strong foundation in good scientific practice, enabling them to work independently and pursue further academic research, such as a doctoral dissertation. Additionally, they are prepared for lifelong learning and diverse career opportunities in various professional fields.
With a strong focus on applied engineering, this programme empowers graduates to tackle complex challenges in the field of sustainable energy. They refine their professional identity, continuously develop their expertise, and adapt to the evolving demands of the industry. Their deep understanding of the sector’s challenges enables them to devise innovative solutions and strategies, positioning them as valuable contributors to the workforce.
Beyond technical expertise, graduates recognize their broader societal responsibility and approach their work with ethical awareness and sustainability in mind. They are well-versed in interdisciplinary skills, ensuring they can navigate the non-technical aspects of professional life. The hands-on, practice-oriented training they receive throughout their studies enhances their ability to collaborate effectively in corporate environments, making them well-prepared for dynamic and team-oriented workplaces.
Career opportunities
The Sustainable Energy and Processes degree programme qualifies students for the following professional activities:
- Development engineer in energy, environmental and process engineering
- Research assistant at universities and colleges
- Production engineer in energy, environmental and process engineering
- Management consultancy in the specific field of energy, environmental and process engineering
- Sustainability manager and sustainability auditor
- Employees at municipal utilities, water suppliers, waste disposal companies, recycling companies and energy suppliers
- Project planning, project staff and project management of teams