The Secure Ultra Low Power IoT Device (SULPI) complete solution offers a comprehensive IoT solution consisting of SULPI hardware, SULPI software and MoxyByte cloud. It is designed for the highest security standards, maintainability and expandability and can be adapted to specific customer requirements.
Additive manufacturing processes offer great potential for the design of complex components. The aim of the project is to overcome inhibitions and lack of basic knowledge in the field of digitalization and additive manufacturing are to be reduced.
The research project aims to explore new approaches for materials, processes and product design in order to realize resource-efficient component innovations with the help of additive manufacturing.
The HERO project aims to develop a funding concept for the recruitment and development of scientific, in particular professorial, staff at Rosenheim Technical University of Applied Sciences in the field of health sciences.
A-IQ Ready proposes state-of-the-art quantum sensing, edge-continuum orchestration of AI and distributed collaborative intelligence technologies to realize the vision of intelligent and autonomous systems for the digital age.
The interdisciplinary Studienkolleg examines the state of digital project work in the field of social work and uses this as a basis for designing new innovative interdisciplinary project formats.