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Study Guide to Masters and Bachelors Degree Courses




MSc. Sustainable Systems Engineering
Faculty of Engineering
University of Freiburg


 

Address University of Freiburg, Faculty of Engineering, Department of Sustainable Systems Engineering (INATECH), Emmy-Noether-Strasse 2, 79110 Freiburg, Germany
Tel. No. +49 761 203 54010
E-mail address admissions-sse(at)tf.uni-freiburg.de
Web address Programme website
Course Master of Science Sustainable Systems Engineering
Type of course Full-time
Length of course 2 years (4 semesters)
Date of commencement / Application deadlines October
(application deadline for EU-citizens July 15, non EU-citizens May 31)
Class size 50
Cost/Fees 310 Euro per year semester fee (plus additional tuition fees for non-EU citizens of 3000 Euro per year; for more information: http://www.studium.uni-freiburg.de/aktuelle-mitteilungen-en/studiengebuehren-international-en?set_language=en)
Accommodation On campus not for every student; students need to look for a room on the private real estate market (partial assistance in finding a room is given)
Student grants / financial assistance Part funding offered to outstanding applicants
Admissions requirements Academic requirements:
A Bachelor's degree in engineering or science with an excellent CGPA or final grade (e.g. electrical, mechanical, electronics or process engineering).

Language requirements:
English skills: TOEFL 550 (paper-based), 213 (computer-based), 78 (Internet-based) or Academic IELTS 6.0. A confirmation that the medium of instruction at University was English is not sufficient.
Contact person for application Eva Otto
Course director / Dean of Academic Affairs Prof. Dr. Oliver Ambacher


 



About the Master of Science in Sustainable Systems Engineering


The Master´s Programme

Science and engineering are basic tools to achieve sustainable development, not only in technology, but also in domains such as ecology, economics and society. The international Master's programme Sustainable Systems Engineering (SSE) provides in-depth knowledge in fields such as sustainable materials, energy systems, renewable energies, resilience, sustainable economy, as well as technology and society. The successful completion of the Master's programme qualifies for a further career in state-of-the-art and application-oriented research. Moreover, it will prepare graduates for leading positions in conventional and renewable energy companies as well as supply chain and infrastructure operators active in fields such as mobility or energy.

The Master's programme in SSE is designed for highly qualified graduate students holding a Bachelor‘s degree in engineering or science. An SSE student will have the opportunity to:
  • be involved in cutting-edge research with internationally renowned professors;
  • benefit from state-of-the-art equipment and research facilities of a modern university campus and the five Fraunhofer research institutes in Freiburg/Germany;
  • live in one of Germany’s most appealing and green cities.
The Curriculum

SSE is an interdisciplinary programme that builds on basic knowledge in electrical and mechanical engineering and informatics. In the first year, you will participate in compulsory courses in all areas which provide you with fundamental knowledge in sustainability engineering. From the second semester on you can specialise in two of three technical specialisation areas and select interdisciplinary profile modules.

Semester 1

Six mandatory modules:
  • Fundamentals of Resilience
  • Solar Energy
  • Material Life Cycles
  • Control and Integration of Grids
  • Energy Storage
  • Computational Materials' Engineering
Semester 2
  • Power Electronic Circuits and Devices
  • Design of Large Infrastructures
  • Security and Privacy in Resilient Systems
  • Technical Specialisation modules (student’s choice)
  • Interdisciplinary Profile modules (student’s choice)
Semester 3
  • Technical Specialisation (student’s choice) in
        - Energy Systems – for example:
                 Characterization of solar cells
                 Electromobility
                 Photovoltaic Laboratory
                 "Off-Grid" Power Supply Systems
        - Sustainable Materials – for example:
                 Bioinspired functional materials
                 Continuum mechanics
                 Mechanical Properties and Degradation Mechanisms
                 Particle Methods in Engineering
        - Resilience Engineering – for example:
                 Functional Safety: Active Resilience
                 Quantification of Resilience
                 Reliability Engineering
                 Structural Robustness: Resilient Designs
        - Information Processing Technologies – for example:
                 Introduction to Embedded Systems
                 Security technologies in the information society
                 Wireless Sensor Networks
                 Cyber-Physical Systems
  • Interdisciplinary Profile (student’s choice)
Semester 4
  • Master Project
  • Master Module

About the Department of Sustainable Systems Engineering (INATECH)


The Institute of Sustainable Systems Engineering (Institut für Nachhaltige Technische Systeme - INATECH) was founded by the University of Freiburg in October 2015. The aim was to connect teaching and research in the field of sustainable systems and to complement the University with an engineering research facility for sustainability research. Together with the Institute of Microsystems Engineering (IMTEK) and the Institute of Computer Science (IIF) it builds the Faculty of Engineering.

In cooperation with the Fraunhofer Institutes in Freiburg, the following research emphases were conceptualized:
  • Sustainable Materials - which can be produced and applied in an energy and resource friendly way;
  • Energy Systems - which can provide a reliable and efficient supply and storage of renewable energies;
  • Resilience - which can secure the robustness and adaptability of systems towards environmental disasters and climate change.

About the University of Freiburg


Founded in 1457, the University of Freiburg is one of the most renowned universities in Germany. Its Faculty of Engineering focuses on higher education and research in key technologies, such as sustainable engineering, microsystems engineering, embedded systems and computer science. It does not only explore new ways in research, but it also has been awarded various prizes for striving to implement new methods and technologies in the teaching process.


Contact MSc. Sustainable Systems Engineering
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