In a , TU Darmstadt is concentrating its expertise and research to advance processes for generating genetic logic circuits and to develop ion-conducting nanopores. The application scenarios range from intelligent biosensors for in-vitro diagnostics to the production of optimized proteins, from the production of biocompatible materials to new regulatory mechanisms for more robust plants or the generation of electrical energy using microorganisms. Centre for Synthetic Biology
Synthetic biology stands for the engineering approach to equip biological cells with new molecular functionality – by combining well characterized and standardized components on a molecular level. New research results from biophysics and biochemistry, micro- and nanostructuring, automation and control engineering, computer-aided design methods in electrical engineering and progress in the field of machine learning provide important impulses.
In addition to interdisciplinary research, the centre also supports young scientists and accepts doctoral candidates within the framework of the . Graduate School Life Science Engineering
The importance of medical technology for health care is growing. Whether intelligent implants, orthoses or point-of-care diagnostics – biomedical technologies offer many opportunities for new treatment methods and thus great challenges for research, teaching and transfer. TU Darmstadt, the Goethe University Frankfurt and the Johannes Gutenberg University Mainz are therefore developing medical technology as a joint strategic scientific field within the framework of the Alliance of Rhine-Main Universities.
Through this cooperation, the know-how of two university medical faculties is combined with the know-how of a technical university and expanded in a targeted manner. The joint offered by TU Darmstadt and the Goethe University Frankfurt prepares students for this future field in a research-oriented manner. medical technology course
The humanities and computer science form new alliances: In interdisciplinary cooperation, the “digital humanities” develop digital methods and resources for research in the humanities and cultural sciences. TU Darmstadt is setting an in this future field, for example in the specialist areas of ubiquitous knowledge processing, digital linguistics, computer philology and digital literary studies. important focus
Scientists examine and evaluate the working methods of humanities in virtual research environments and explore in reading laboratories the question of how humans and computers can best work together in the analysis of literary texts. Specific and Bachelor's programmes provide an introduction into this strongly developing field of research. Master's
The highly dynamic field of Cognitive Science investigates the adaptive, intelligent behaviour of humans and machines. TU Darmstadt is characterised by a special competence in human and artificial intelligence, which is brought together by common computational methods. Founded in 2016, the comprises professorships from four departments: Humanities, Computer Science, Biology, Electrical Engineering and Information Technology. Centre for Cognitive Science at TU Darmstadt