Structural reinforcement projects
Interdisciplinary and profile-buildingThe coal phase-out by 2038 - supported by the state and federal governments - will enable the realisation of additional basic and applied research projects in Lusatia. The major issues of the future are reflected in our profile lines, which also create an interdisciplinary and transdisciplinary synergy space for our partners from industry and science for the structural strengthening projects.
Health and Life Science
In the field of health and life science, we are researching solutions for digitalised healthcare, intelligent sensor technology, human-machine interaction and the development of next-generation active ingredients. This not only strengthens the health region of Lusatia - with its sophisticated study and training programmes, the profile line contributes to the qualification of specialists for industry and science.
Spirulina inhibits the growth of liver tumour cells
Global change and transformation processes
Structural change is not just an economic process. It influences society and is reflected in changing settlement structures and demographic trends. Our interdisciplinary research approaches range from Environmental Sciences and climate change to post-mining landscapes and Urban Planning to economic and social acceptance and participation research.
The open workshop and central think tank strengthens the innovative power of Lusatia.
Interdisciplinary teams make working in Lusatia efficient and attractive.
Artificial intelligence and sensor technology
Artificial intelligence and sensor technology are key topics at the university and are highly valued by the regional economy. As key transfer topics at BTU, they can strengthen the innovation and competitiveness of companies, research institutions and Lusatia. The focus here is on both basic and applied research into artificial intelligence, always in compliance with ethical standards.
Innovation Campus Electronics and Microsensor Technology Cottbus (iCampus)
Prof. Dr Harald Schenk
The aim of the research cooperation is to establish products in the field of microsensor technology together with small and medium-sized companies (SMEs) in Lusatia.
Optoelectronic sensors for application-oriented Systems for Life Sciences and Intelligent Manufacturing (OASYS)
Prof. Dr Harald Schenk
The OASYS research consortium translates the increasing demand for innovative optosensor systems into transfer and commercialisation-oriented research.