Projects
In 2022, St. Pölten UAS’s 128 research projects generated revenue of EUR 4,6 million. Interdisciplinary projects have grown in importance in recent years as a means to identify suitable answers to modern-day issues and devise appropriate solutions.
(No) Baggage: About things brought along, left behind and newly acquired in the context of flight and expulsion (1945/2015)
Reconstructing the meaning of things (symbolic and identity-creating) in the context of flight and expulsion as well as the concrete use or appropriation of things in everyday life using a biographica...
Inclusion of Peers in the Work of the Viennese Assistance to the Homeless
Highlighting the importance of peer work in homeless assistance.
WTZ Ost - Knowledge Transfer Centre
Platform for bringing together research results, new findings, technologies, inventions and know-how within higher education institutions and making them accessible to industry, society and politics
Feasibility study on citizen and patient participation in healthcare
Criteria for more participation in the Austrian healthcare system.
Smart Inspection for condition-based maintenance of bridges
Developing a prototype application for integrated bridge inspection
INNS'PAKET
Coordinated and cooperative delivery of parcels and small consignments in the greater Innsbruck area
SAiEX - Safe Artificial Intelligence with integrated explainable integrity level
Exploring ways to better understand decisions made by artificial intelligence
Selbst.verständlich
Professional knowledge acquisition and information transfer in easy-to-understand language.
Digitalizing Youth Politics
Opportunities and obstacles of digital communication for local democratic processes and youth participation in Lower Austria
Smart Companion
Using everyday low-cost robot sensors and smart speech recognition in assistance services for elderly people
Evaluation of Homelessness Assistance in Lower Austria
Recommendations for the Improvement of Assistance to the Homeless.
EMMSA
Exploration of a prototyping & evaluation framework for (partially) automated air traffic control