Sustainable Engineering for Materials and Processes Technical University of Munich
- Duration
- 6 semesters
- Language of instruction
- English
- Tuition fees
- Tuition varies
- Next application deadline
- 15 July 2027 (winter semester)
- Language level required
- English: B2German: None
Programme overview
Quick facts
- Degree
- BSc
- Duration
- 6 semesters
- Full-time / part-time
- Full-time
- Intake
- Winter semester
- Joint degree / double degree programme
- No
Language of instruction
The degree programme is taught in English. Individual elective modules may also be held entirely or partially in German.
Programme description
Sustainability starts with the foundations of our industry — materials and production processes. The English-taught Bachelor’s programme Sustainable Engineering for Materials and Processes (BSc) trains experts who rethink materials and manufacturing: resource-efficient, recyclable, and future-ready.
It provides a broad foundation in natural and engineering sciences: chemistry, physics, mathematics, and computer science form the basis for understanding and optimising materials and processes holistically. From the third semester onward, students choose their focus: those specialising in materials science delve into the analysis and development of sustainable materials — from bio-based alternatives to innovative designs. Students focusing on process engineering explore resource-efficient production, circular economy, sustainable energy and raw material use. Individual specialisation is possible through technical electives, complemented by practical projects and the Bachelor’s thesis, often in cooperation with industry partners.
Thanks to their interdisciplinary expertise, graduates are equipped to drive sustainable innovation and advance the ecological transformation of industry. Thus, they are ideally qualified for entry-level positions in both the industrial sector and public administration, as well as for continuing their academic education in a relevant Master’s programme.
Programme structure
In the first semesters, students build a strong foundation in natural and engineering sciences. Core topics include mathematics, chemistry, physics, materials science and process engineering, providing the essential knowledge required to understand and design sustainable materials and technologies. These fundamentals are complemented by modules on renewable resources, life cycle assessment and sustainable systems, ensuring a holistic perspective from the very beginning of the programme.
From the third semester onwards, students can tailor their studies according to their interests by choosing one of two specialisation tracks: Materials or Processes. The Materials track focuses on the development, characterisation and testing of sustainable and advanced materials, while the Processes track emphasises resource-efficient production technologies, chemical and biotechnological processes, and sustainable energy systems. Both tracks combine theoretical knowledge with laboratory work, projects and practical applications.
A significant portion of the curriculum is dedicated to individual profile building. Through a wide range of technical and general electives, students can deepen their expertise, explore interdisciplinary topics and develop transferable skills. An integrated research internship offers early exposure to scientific research or industrial practice and prepares students for independent project work.
The programme concludes with a Bachelor’s thesis in the sixth semester. Students work independently on a scientific or applied research question in the field of materials or process engineering, often in collaboration with industry or research partners. This final project allows students to consolidate their knowledge, sharpen their specialisation and demonstrate their ability to address complex challenges in sustainable engineering.
Overall, the programme combines a solid scientific foundation with flexibility and practical relevance, enabling students to shape their individual academic profile and prepare for careers in industry, research or further academic studies in sustainability-related fields.
Mode of study
- Fully on-site
International elements in the curriculum
The curriculum of this study programme includes international elements that support global perspectives and cross-cultural learning:
- Language training provided
- Projects with partners in Germany and abroad
- International guest lecturers
Application and admission
Application period(s)
Winter semester
| Applicants from | Applications begin | Application deadline | |
|---|---|---|---|
All countries
|
15 May 2027
|
15 July 2027
|
Academic admissions requirements
More information about the application process is available on the website: https://www.tum.de/en/studies/degree-programs/detail/sustainable-engineering-for-materials-and-processes-bachelor-of-science-bsc.
Language requirements
German language requirements
English language requirements
How to apply?
Costs and funding
Tuition fees per semester
| Applicants from | Tuition fee | |
|---|---|---|
Non-EU countries
|
2,000 EUR
|
Semester contribution
Please check the website for information about the semester fees: https://www.tum.de/en/studies/fees.
Living & services
Career advisory services
Accommodation
It’s not easy to find a place to live in Munich — but it’s not impossible either! The Technical University of Munich (TUM) supports students and staff in their search for accommodation by providing personal advice, in-house listings and useful information to ensure that you can quickly find a place to call your own.
For more information, see:
https://www.tum.de/en/studies/during-your-studies/living-and-working/accommodations
Contact
TUM Campus Straubing for Biotechnology and Sustainability
- Name
- Andrea Dietl
- Adresse
- Petersgasse 5, 94315 Straubing
- Telefon
- +49 9421187157