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Discover STEM

Step into STEM - Get to know the master’s program

Welcome to the master’s program in Sustainability Transformation in Engineering and Management (STEM) at Technische Hochschule Mittelhessen (THM). This inter- and transdisciplinary is designed for forward-thinking individuals who want to become designer of change in sustainability. 

Our mission is to empower our studends with the knowledge, skills, and mindset driving sustainable change with solutions across engineering, management, and environmental science to  the global sustainability challenges of today and tomorrow.

Explore how STEM prepares you. In this Master’s program, you will:

  • Gain a deep understanding of sustainability challenges across various sectors.
  • Learn to integrate engineering, management, and environmental sciences in problem-solving.
  • Work in international, inter-and transdisciplinary teams using the Challenge-Based Learning (CBL) approach.
  • Develop solutions that are innovative,  scalable and impactful.

 

STEM MISSION

STEM MISSION

  • Sustainability is the central intergenerational challenge of the 21st century. The complex ecological, social, and economic transformation processes associated with it can only be addressed through interdisciplinary and transdisciplinary approaches.

  • The master's program in STEM combines engineering and management with the perspectives of sustainability, transformation, and internationality.

  • We train competent professionals and leaders who develop sustainable products, technologies, and processes, manage value creation networks, and design organizations with a forward-thinking approach.

  • To achieve this goal, the master's program uses innovative teaching methods, especially Challenge-Based Learning, to work on complex sustainability topics in a transdisciplinary manner with a holistic perspective. Our students develop the necessary competencies to drive sustainable change as agents of transformation.

  • STEM graduates think globally and act locally (glocalization), drive organizations, and advance solutions for key sustainability issues. They are team players who take responsibility and demonstrate through their knowledge, ambition, and attitude that sustainability challenges are solvable and can create value.

  • With their commitment, creativity, and integrity, they have an inspiring impact on both their private and professional environments as well as on society.

  • As an international program, STEM contributes to the intercultural networking and competency development of students worldwide in the context of sustainability.

 

STEM VISION

STEM VISION

  • The master's program in STEM is an established brand representing impact, transformation, and sustainability.

  • STEM is internationally recognized as a benchmark in higher education for sustainable development and is recommended by renowned companies and organizations.

  • With its intersection of technology, management, and society, STEM attracts motivated and qualified applicants from around the world.

  • Through strong collaborations with leading universities and companies, the program combines excellent teaching with practice and research.

  • A degree in STEM represents international transformation and innovation competence for sustainable engineering and management.

  • Our graduates take on responsible positions in sustainability-relevant fields, develop solutions for technical, economic, or societal challenges, and actively shape transformation.

  • Our graduates have internalized the academic culture and act according to scientific standards. They remain engaged as alumni and active partners in the program, contributing their expertise and real-world challenges from their fields of action to the projects and teaching of the program.

 

Course of studies

Feel free to browse through the table below to see which modules you'll encounter in the different semesters.

  • 1
  • 2
  • 3
  • 4
  • 5
  • 1
  • 2
  • 3
  • 4
  • 5

1

MODULEContact Hours/weekECTS
Transformation fields - Interdisciplinary cooperation project 1 4 10
Fundamentals of sustainability and society 4 5
Fundamentals of sustainable engineering 4 5
Fundamentals of sustainable economy and management 4 5
Fundamentals of transformation and innovation 6 5
TOTAL 1st SEMESTER 22 30

2

MODULECH/weekECTS
Transformation fields - Interdisciplinary cooperation project 1 4 10
Life Cycle Assessment - 1.5 degree-lifestyles 4 5
Transformation and Change Management 4 5
Compulsory elective module 4 5
Compulsory elective module 4 5
TOTAL 2nd SEMESTER 20 30

3

MODULECH/weekECTS
Transformation fields - Interdisciplinary cooperation project 3 4 10
Global raw material and product systems 4 5
Entrepreneurship 4 5
Compulsory elective module 4 5
Compulsory elective module 4 2
TOTAL 3rd SEMESTER 20 30

4

MODULECH/weekECTS
Master's thesis & Colloquium 2 30
TOTAL 4th SEMESTER 2 30

5

COMPULSORY MODULESCH/weekECTS
Advanced Environmental Cost Accounting 4 5
Material Flow Cost Accounting 4 5
Advanced Industrial Ecology 4 5
Business Games & Simulation for managing Sustainability 4 5
Control for Renewable Energy and Smart Grids 4 5
Current topics in sustainable economy and management 4 5
Enabling Digital Technologies 4 5
Sustainable product development 4 5
Sustainable production 4 5
Sustainability controlling 4 5
Sustainability reporting and external audit 4 5
Sustainable Supply Chain Management 4 5
Business and management ethics 4 5

 

Please refer to the module handbook for the detailed study program.

 

 

Program director

Profilbild

Holger Rohn
Program Director

  • Wilhelm-Leuschner-Str. 13
    61169 Friedberg
    Gebäude A5, Raum A5.1.14c
  • +49 641 309-3570
  • Diese E-Mail-Adresse ist vor Spambots geschützt! Zur Anzeige muss JavaScript eingeschaltet sein!
  • vCard herunterladen

Study course coordinator

Profilbild

Daniela Kamutzki
Course Coordinator & Advisor

  • Wilhelm-Leuschner-Str. 13
    61169 Friedberg
    Gebäude A4
  • +49 641 309 - 3535
  • Diese E-Mail-Adresse ist vor Spambots geschützt! Zur Anzeige muss JavaScript eingeschaltet sein!
  • vCard herunterladen

 

International

  • Incoming
    • Sustainability Transformation in Engineering and Management (STEM)
    • STEM Trenner
    • News
    • Discover STEM
    • Decide for STEM
    • Study in STEM
    • Team STEM
    • Career with STEM
  • Outgoing

Kontakt

Daniela Kamutzki

  • Wilhelm-Leuschner-Str. 13
    61169 Friedberg
    Gebäude A4
  • +49 641 309 - 3535
  • daniela.kamutzki@wi.thm.de

News

  • Info session - new Master STEM
    (13. Juni 2025)
  • Weitere News

Kontakt

Technische Hochschule Mittelhessen
University of Applied Sciences
Fachbereich Wirtschaftsingenieurwesen

Wilhelm-Leuschner-Straße 13
D - 61169 Friedberg
+49 6031 604 3500 oder 3501
sekretariat@wi.thm.de

Besucheradresse

Campus Friedberg

Sekretariat & Dekanat
Raum A4.1.02

Wilhelm-Leuschner-Staße 13
D - 61169 Friedberg

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