# Sustainable Engineering for Materials and ProcessesBachelor of Science

**Source**: https://www.cs.tum.de/en/study/bachelor/sustainable-engineering-for-materials-and-processes
**Parent**: https://www.cs.tum.de/en/

### The Bachelor’s degree program **Sustainable Engineering for Materials and Processes** provides an interdisciplinary education in sustainable materials and resource-efficient production processes. Students learn how materials and technologies can be designed and developed to meet the ecological and technological requirements of a sustainable industrial future.

Materials science and process engineering are key drivers of technological progress, but they are also associated with high energy consumption and intensive use of natural resources. This program addresses these challenges by combining solid foundations in natural and engineering sciences with modern sustainability concepts. The curriculum focuses on materials science, materials engineering, chemistry and process engineering, complemented by topics such as circular economy, bioeconomy and systems thinking for sustainability.

As the program progresses, students can further shape their academic profile according to their interests. They may specialize either in the development of sustainable and bio-based materials or in resource-efficient production processes and advanced process engineering. Throughout the program, materials and processes are considered from a holistic perspective, ranging from raw material sourcing and production to recycling and circular use.

Graduates are well prepared for careers in industry, research and development, start-ups and sustainability-driven innovation projects, and they also acquire a strong foundation for continuing their studies in Master’s programs in engineering, materials or sustainability-related fields.

The program is offered at the TUM Campus Straubing for Biotechnology and Sustainability, an internationally oriented study and research location with a strong focus on bioeconomy, circular economy and sustainable technologies. Close collaboration with research institutions, industry partners and the regional start-up ecosystem ensures a practice-oriented education at the interface of science, technology and sustainable transformation. The program is taught entirely in English and provides an international perspective on the sustainable design of materials and processes.

## Interdisciplinary emphasis

Business Management (1/5)

Economics (1/5)

Engineering (5/5)

Material Science (5/5)

Biotechnology (2/5)

Chemistry (4/5)

## Consultation

Andrea Dietl, M.Sc.

Program Manager Sustainable Engineering for Materials and Processes

Phone:
:   [+49 9421 187-157](tel:+499421187157)

Email:
:   [semp@cs.tum.de](#)

### Consultation in Presence

Next session on 2026-03-12

Hours:
:   Thursdays,\
    09:00–11:00 h

Location:
:   [PG5, 3503.EG.006](https://nav.tum.de/room/3503.EG.006)

### Online Consultation

[Room currently offline](https://tum-conf.zoom.us/j/64635668279)

Hours:
:   Tuesdays, 10:00–11:00 h

Zoom ID:
:   646 356 682 79

Password:
:   tumcsstuko

## Key Data

Standard period of study
:   6 semesters / 180 ECTS credits, full-time studies

Graduation
:   Bachelor of Science (B.Sc.)

Start of Degree Program
:   Winter semester

Required Language Proficiency
:   [No language certificate required](https://www.tum.de/en/studies/application/application-info-portal/admission-requirements/language-certificates)

Admission Requirement
:   General higher education entrance qualification and Aptitude recommendation (SOV)

Admission Category
:   [Aptitude Recommendation (SOV) for Bachelor’s Degree Applicants](https://www.tum.de/en/studies/application/application-info-portal/admission-procedures)

### Semester fees/financing

Semester fees (non-EU students)
:   2,000.00 Euro

Student union fees per semester (mandatory for all students)
:   82.00 Euro

Many international students can have their fees waived or receive scholarships to finance them.\
[You can find all information on waivers and scholarships here.](https://www.tum.de/en/studies/fees/tuition/scholarships-and-waivers)

## Study 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 program.

From the third semester onwards, students can tailor their studies according to their interests by choosing one of two specialization tracks: **Materials** or **Processes**. The Materials track focuses on the development, characterization and testing of sustainable and advanced materials, while the Processes track emphasizes 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 program 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 specialization and demonstrate their ability to address complex challenges in sustainable engineering.

Overall, the program 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.

## Competences & Skills

#### Graduates of the Bachelor’s program *Sustainable Engineering for Materials and Processes* develop a strong interdisciplinary profile at the intersection of materials science, engineering, and sustainability. They are qualified to design, analyze, and optimize sustainable materials and resource-efficient processes for current and future technological challenges.

#### **Solid Knowledge and Technical Understanding**

Students acquire a broad foundation in materials science and engineering. They understand the relationships between structure, properties, processing, and application of materials and are able to apply this knowledge to the development of sustainable material solutions. In addition, they master mathematical, scientific, and engineering methods for the analysis and modeling of materials and processes. Core principles of chemical and mechanical process engineering as well as circular economy concepts are integral parts of their training.

#### **Application, Analysis, and Design of Sustainable Solutions**

Graduates are capable of independently addressing materials- and process-related engineering problems. They apply analytical and experimental methods to characterize materials, assess their performance, and investigate process–material interactions. Using life-cycle-based approaches, they evaluate materials and processes from ecological, economic, and technical perspectives and develop strategies to reduce resource consumption, improve process efficiency, and enhance recycling and recovery concepts.

#### **Communication and Interdisciplinary Collaboration**

Graduates communicate technical content clearly and effectively using appropriate scientific and engineering terminology. They are experienced in collaborating with experts from academia, industry, and business and are familiar with different disciplinary perspectives and working cultures. The interdisciplinary structure of the program enables them to work productively in diverse and international teams and to contribute constructively to solution-oriented discussions on sustainability-related challenges.

#### **Scientific Mindset and Professional Responsibility**

Students develop a reflective scientific mindset and act responsibly at the interface of technology, environment, economy, and society. They are familiar with the principles of good scientific practice, can critically assess scientific results, and, under guidance, formulate and address research questions. They are aware of the ethical, social, and environmental implications of engineering decisions and integrate sustainability considerations into their professional actions.

## Job Description

Graduates of the Bachelor’s program *Sustainable Engineering for Materials and Processes* are qualified for entry-level positions in industry and applied research. They work on the development, analysis, and optimization of materials and production processes with a focus on sustainability, resource efficiency, and circular economy concepts.

Typical fields of employment include materials and process engineering, production and quality management, sustainability-oriented development, and technical consulting. The program also provides a solid foundation for pursuing a consecutive Master’s degree in engineering, materials science, or related fields.

## Application

Application Period
:   May 15th – July 15th

### Application information

- [Youtube: Online Application at TUM | A TUMonline Tutorial](https://www.youtube.com/watch?v=dsYs4tnQkWk)

### More Info

Further information on application and admission as well as binding regulations on the course of studies and examinations can be found in the study database of the TUM

## Documents

[Download Subject Examination and Study Regulations](/fileadmin/studyprograms/bsemp/20251/2026-020_fpso_ba_semp__17.02.2026.pdf)

[Download Module Plan](/fileadmin/studyprograms/bsemp/20251/modulplan_homepage.pdf)

[Download Module Catalog](/fileadmin/studyprograms/bsemp/20251/modulhandbuch_tumcs_bsc_semp_20251.pdf)

[Download Aptitude Recommendation Regulations](/fileadmin/studyprograms/bsemp/20251/2026-019__sov_ba_semp__17.02.2026.pdf)

This page only lists the current versions of the documents.\
You can find earlier releases in the TUM Statutes & Regulations archives by following this link.