International Projects
The chairs and professorships at the TUM School of Computation, Information and Technology (CIT) are actively involved in numerous projects all over the world and conduct research into global challenges together with international partners from the same specialist area. The results can point the way for decisions in politics, business and science. The projects also include joint further developments in the field of university teaching or the training of scientific personnel.
The projects also offer significant added value for the chairs and professorships: the specific exchange of specialist knowledge in their own field of research opens up new horizons and strengthens cooperation. In addition, projects are ideal for follow-up applications, expanding the international network and deepening one's own international expertise.
The projects show and create a positive and inclusive work environment and emphasize the opportunities for growth and collaboration. This draws in top talents and motivates them to actively contribute to the project's success. Showcasing the impactful and unique aspects of the project is key to attracting and recruiting talent.
Nomis - Non-enzymatic microfluidic electrochemical multiplex
with the IITKGP, India
Project Topic: Nomis – Non-enzymatic Microfluidic Electrochemical Multiplex
Partner University: Indian Institute of Technology Kharagpur (IITKGP)
Contact Person at Partner University: Prof. Gorachand Dutta (IITKGP)
Contact Person at TUM: Prof. Dr. Bernhard Wolfrum (Professorship for Neuroelectronics / Munich Institute of Biomedical Engineering)
Funding Organization: Indo-German Science and Technology Center (IGSTC)
The Indo-German Science and Technology Center (IGSTC) funds research projects between Indian and German institutes with the goal of promoting innovative developments in society and the economy.
The objective of the NOMIS project is to develop and test an efficient multiplex device for detecting nitrate and organophosphates in soil samples by combining the complementary expertise of the Indian and German partners. This will facilitate the regular screening of nitrate and organophosphates for monitoring soil quality. The device, intended for commercial deployment, will be an important step towards sustainable agriculture, significantly improving the living conditions of rural communities in both countries while also helping to protect water resources from contamination. The Indian partners aim to provide analyte-sensitive inks, engage various stakeholders, conduct field trials, and support commercialization. The Technical University of Munich (TUM) focuses on integrating sensors into a microfluidic platform for the detection of nitrate and organophosphates, as well as conducting laboratory tests.
Further information: More details can be found in the IGSTC Annual Report starting from page 30.
CoNeMEsSA - Competence Network Mathematical Epidemiology
in sub-Saharan Africa
Project Topic: CoNeMEsSA - Competence Network Mathematical Epidemiology in sub-Saharan Africa
Partner Universities: University of Lagos (UNILAG) in Nigeria, Moi University (MU) in Kenia, Masinde Muliro University of Science and Technology (MMUST) in Kenia, Kwame Nkrumah University of Science and Technology (KNUST) in Ghana
Contact Persons at Partner Universities: Dr. Eno Akarawak (UNILAG), Dr. Frederick Nyamwala (MU), Prof. Dr. Georg Lawi (MMUST), Prof. Dr. Atinuke Adabanji (KNUST)
Contact Person at TUM: Prof. Dr. Johannes Müller (Professor of Mathematical Methods in Biochemistry and Molecular Biology / Department of Mathematics)
Funding Organization: DAAD - SGD Project
The SDG project team consists of five members across four countries and two continents (KNUST/Ghana, Moi Univ./Kenya, MMUST/Kenya, UNILAG/Nigeria, TUM/Germany). The project, CoNeMEsSA - Competence Network Mathematical Epidemiology in sub-Saharan Africa, is funded by the DAAD from 2024 to 2027.
The COVID-19 pandemic has made it clear that multiple disciplines must work together to enable society—especially the healthcare sector—to respond adequately. On a theoretical level, statistics, modeling, simulation, and innovative population genetics methods must be closely integrated. A single university alone will struggle to cover all aspects of research and education sufficiently.
To consolidate and strengthen the expertise of the five universities, the competence network operates on three levels: Internet-based lectures and student exchange programs at the master’s level, Ph.D. training, and joint workshops and research projects. This initiative strengthens research in the Sub-Saharan region and provides internationally trained students to the healthcare systems of all participating countries.
To prevent another pandemic from the outset, it is crucial to build and enhance expertise, ensuring a rapid and precise response when needed.
Further Information: More details can be found on the project website.