Digital Orthotic Solutions: “HelpMeWalk” at DMEA (2025)
At DMEA 2025, Europe’s leading trade fair for digital health, the University of Applied Sciences Kaiserslautern presented its research work on the HelpMeWalk project for the digital capture of anatomical shapes. At the VDE joint booth, the team led by Prof. Dr. Uwe Tronnier from the Departme
Small Language Models in Medicine (2025)
Nicolas Ventulett presented his paper, “Beyond Single Models: Unsupervised Ensemble Selection for Small Language Models in Medical QA,” at the URAI Symposium (Upper-Rhine Artificial Intelligence Symposium) in Strasbourg in November 2025.
Software Engineering and Databases Contact:
Gerhard Schmidt Hans-Jürgen Steffens Uwe Tronnier
System Analysis / Business Modelling Contact:
Thomas Allweyer
Networks, Mobile Technology Contact:
Hendrik Speck Uwe Tronnier
Embedded Systems and Operating Systems Contact:
Gerhard Schmidt Uwe Tronnier
Process control, a
Our Profile
The development of human-centered technical systems requires the interdisciplinary integration of behavioral and computer sciences.
For example, we investigate:
how people collaborate productively with AI how assisted and autonomous mobility works how to promote technology acceptance and design user-friendly human-technology
Interaction, Technology, Empirical Research and Application (ITERA)
The ITERA research cluster investigates and develops innovative solutions at the intersection of humans and technology.
We combine computer science and AI, engineering and design methodologies, and empirical research to develop human-centered solutions that are practical, releva
Interaction, Technology, Empirical Research and Application (ITERA)
The ITERA research cluster investigates and develops innovative solutions at the intersection of humans and technology.
We combine computer science and AI, engineering and design methodologies, and empirical research to develop human-centered solutions that are practical, releva
Contact ITERA
Our Profile
The development of human-centered technical systems requires the interdisciplinary integration of behavioral and computer sciences.
For example, we investigate:
how people collaborate productively with AI how assisted and autonomous mobility works how to promote technology acceptance and design user-friendl
openIntelliCare it includes the development of an open system for monitoring vital parameters of people who need care living independently on the basis of biometric-physical sensor networks, intelligent, knowledge-based recognition of emergency situations and their efficient, ergonomic management.
Duration: 2013 to 2016
Funded by the Federal M
