Here you will find an overview of the projects we are currently funding. On average, about 150 projects are being funded. Smaller funding projects are sometimes not described individually.
205
ongoing projects
New approaches to the use of digital technologies in the care of people with dementia are being developed together with those affected and their caregivers. Interactive apps stimulate social interaction, virtual coaches support relatives.
Prof. Dr. Jan Andre Millemann, Professor of Digitalization and Digital Marketing at Nordhausen University of Applied Sciences, wants to survey subconscious decision-making processes (biofeedback) of test subjects in the digital space at an early stage of product development.
An environmentally friendly removal of oxygen atoms from organic compounds is being researched for the use of electricity to convert substances into valuable products. The aim is to avoid the electrolytic evolution of hydrogen.
Prof. Dr. Stefanie Jung, Professor of Speech Therapy at Trier University of Applied Sciences, is using computer-based analyses to investigate various factors influencing the writing development of kindergarten children with and without language development disorders.
Prof. Dr. Julius Jara Munoz, professor of engineering geology, rock engineering and hydrogeology at Biberach University of Applied Sciences, is researching mechanisms that control earthquakes along the Pacific Rim over millennia in the TANTA project.
In the EasyVectorOmics project, Prof. Dr. Asis Hallab, professor of applied bioinformatics at the Bingen University of Applied Sciences, uses vector analysis to compare the expression of related genes in order to identify important gene functions.
Prof. Dr. Daniel Möller, Professor of Fluid Mechanics and Thermodynamics at the EAH Jena, wants to optimize ventilation systems in terms of aerodynamics, aeroacoustics and thermodynamics. This will improve energy efficiency and increase acoustic comfort.
How can methods of sustainable production be further developed with the help of artificial intelligence? To clarify these and similar research questions, an energy-efficient recycling line for plastics is being set up using 3D printing methods.
At the interface between physics, biotechnology and engineering, EndoPrint3D aims to surgically repair organ damage in the body in a minimally invasive manner. This is done by means of endoscopic micro-3D printing of biological tissue.
Funding is being provided for the establishment of a professorship for computer science and its didactics at KIT. The endowed professorship is intended to support the university in the training of teachers for the subject of computer science.