Sustainable Energy and Processes

Sustainable industries depend on a sustainable energy supply and sustainable extraction and processing of resources. Students of the English-taught Master’s degree program Sustainable Energy and Processes (M.Sc.) at the TUM Campus Straubing, therefore, learn to develop and implement ecologically responsible and economically viable processes, structures, and products based on process engineering. The degree program aims to provide in-depth expertise in mechanical, chemical, and thermal process engineering, bioprocess engineering, energy process engineering, and materials science. Students deal with questions of thermodynamics and energy, fluid mechanics and separation, solids and separation processes, chemical and biological processes, materials science, information technology and digitization, as well as economics and ecology. They learn to combine the principles of renewable energies with the technologies and methods for efficient and environmentally friendly processing of resources and materials to develop, implement, and operate energy systems and processes based on sustainable sources and to optimize and modify existing processes that consume fewer resources and generate less waste in the most sustainable way possible. Examples include the provision of energy from biomass, plants for the capture of CO2, energy storage, bioprocess engineering in the pharmaceutical and food industries, plants for the production of fuels from alternative carbon sources, plants for the reduction of emissions, for the treatment of wastewater, and for the production of a wide range of raw materials. Graduates of the program are experts in energy and process engineering with a focus on developing and implementing processes that meet both the economic and ecological requirements of resource-saving, profitable, and competitive industrial production. They are, therefore, excellently qualified for responsible positions in industrial companies in a wide range of sectors as well as for continuing their scientific work within the framework of a doctoral dissertation. For a comprehensive description of the program, please refer to the degree program documentation: Degree program documentation for the Master’s program in Sustainable Energy and Processes (PDF, German) Program 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. Module plan (PDF 12 KB) Module handbook Language of instruction Required language skills for admission: You need sufficient English language skills if you wish to apply for this program. Evidence of your language proficiency has to be submitted before the end of the application deadline. Learn more about recognized certificates and other ways to prove your English language skills . This evidence of your language proficiency confirms that you comply with the minimum language requirements for admission to the program. Depending on the program and your individual background, it may be necessary for you to keep working on your language skills during your studies. Be sure to take a look at the services of our Language Center. Languages of instruction: The language of instruction for this program is usually English. Information on study organization Information on exams Information on studying abroad Fees for the program 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. You can find all information on waivers and scholarships here. Please note: The semester fee as a contribution to the student union must be paid additionally. It varies depending on where you are studying. You can find all information on the semester fee here. Academic Regulations:

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