14 Master's degrees offered by the university
Nanoelectronic Systems
This MSc Nanoelectronic Systems from TU Dresden focuses on three keY areas: technologies for nanoelectronic systems, design of nanoelectronic systems and applications of nanoelectronic systems.
Biochemistry
The MSc in Biochemistry from TU Dresden, which builds on a bachelor's degree in chemistry, biochemistry, biology or molecular biotechnology, prepares students for jobs in modern research centres and companies in the fields of chemistry, biochemistry, biotechnology and the life sciences.
Organismic and Molecular Biodiversity
With this MSc in Organismic and Molecular Biodiversity from TU Dresden, detailed and specialized knowledge on the subject of biodiversity is imparted, whereby organismic, morphological and molecular approaches are linked. The aim is to train specialists who are able to develop new solutions for the conservation and protection of biodiversity.
Chemistry
Graduates of the Master’s degree program in Chemistry from TU Dresden have a wide breadth of theoretical and practical fundamental knowledge as well as the corresponding material and methodological knowledge.
Regenerative Biology and Medicine
The MSc Regenerative Biology and Medicine from TU Dresden offers interdisciplinary education in the field of stem cells, regeneration biology, tissue engineering, and clinically focused human biology and pathology, with the aim of preparing students to perform research that can be applied to regenerative medicine therapies.
Physics of Life
The Physics of Life programme at TU Dresden provides a unique opportunity to learn how to solve exciting real-world biological problems through a physicist’s lens.
Molecular Bioengineering
The MSc Molecular Bioengineering at TU Dresden aims to teach students the fundamentals in biomedicine and bio-nanotechnology combining biology and technology, which are linked in two ways: biological knowledge on cells, applied to develop the notion of molecular factories and nano-technology and bioinformatics, enabling technologies applicable to engineer biomaterials for medical applications.
Physics
The focus of the MSc Physics from TU Dresden lies on its specialisation programme. Students acquire a complete overview on today's state of knowledge and important recent developments. Furthermore, they learn about its open questions and reach the forefront of scientific research.
Technomathematics
Technomathematics is offered by TU Dresden. Applied mathematics is a key skill in industrial research and development. As the language of science, it is closely linked with technological developments such as energy-efficient design, machine learning, secure communication and medical diagnostics.
Molecular Biosciences and Productive Biosystems
To be admitted to the Molecular Biosciences and Productive Biosystems degree program at TU Dresden, candidates must have completed a first vocational university degree recognized in Germany or a qualification from a state or state-approved vocational academy in a scientific field such as biology, or life sciences or in a closely related degree program such as biochemistry or biophysics.
Mathematics in Business and Economics
Mathematics in Business and Economics is offered by TU Dresden. Mathematics is embedded in the structure of financial markets and the financial sector as a whole.
Organic and Molecular Electronics
This MSc programme in Organic and Molecular Electronics at TU Dresden includes teaching and research at an international level with a distinct focus on the future of electronics.
Biology in Society
With the consecutive MSc in Biology in Society from TU Dresden, students acquire profound theoretical and practical training in the fields of genetic, physiological, and organismic biology. In addition to imparting specialist knowledge and skills, the focus is also on interdisciplinary skills.
Mathematics
Mathematics is offered by TU Dresden. Mathematics teaches not only critical thinking – an essential skill in many areas of our society – it is also the language of science and technology.