Research on the acceptance of unmanned aerial vehicles (UAV) BEEfficient is a cooperative project between the Technische Hochschule Ingolstadt (THI) and their industrial partner BEEappliance GmbH. In the part conducted by the THI the project focused on social and scientific goals. This project is funded… Read More »BEEfficient
The project “Intelligent Bicycle Helmet” is part of the project Mensch in Bewegung cluster Innovative Mobility. Motor vehicles are equipped with more sensors and assistance systems to prevent accidents wherever possible. These technologies make a valuable contribution to further reducing the number of traffic fatalities. But these… Read More »Intelligent Bicycle Helmet (MiB)
E-scooters are omnipresent in larger cities. As part of this project, we want to investigate to what extent drivers of e-scooters with hand signals can “safely” indicate where they are turning. On the one hand, this concerns the perceived safety that e-scooter drivers could be… Read More »Evaluation of the Risk Posed by E-Scooters in Road Traffic
Technology trust as a success factor for automated driving – Development and validation of a standardized scale for measuring trust, taking cultural differences into account This project aimed at intensifying the research partnership between CARISSMA/THI and the Georgia Institute of Technology. Prof. Bruce Walker (GeorgiaTech)… Read More »BayFOR Atlanta
The group of Prof. Paul Green (UMTRI) is one of the leading research institutions in the domain of “Automotive User Interfaces”. The aim of this research exchange was to gain future partners, for example, to foster cooperation within the scope of the EU H2020 project… Read More »BayFOR Michigan
– PRedicton of Unavoidable Accidents and Intervention Strategies to ProTECT Road Users EU-Antrag FH 03FH011AN6: The goal of PReTECT is to implement a cooperative passive safety system aiming at preventing traffic accidents and, in case of unavoidability, minimizing their impact. The project focus is mitigation… Read More »PReTECT
Funktions- und Verkehrs-Sicherheit im Automatisierten und Vernetzten Fahren Project Issue Automated and connected driving (German: “automatisiertes und vernetztes Fahren”, AVF) has the potential of a so-called “game-changer” for the mobility of the future. Although the world’s leading vehicle manufacturers, technology suppliers, and scientists operate in… Read More »SAVe
Mensch in Bewegung, is a joint project of the Technical University of Ingolstadt (THI) and the Catholic University of Eichstätt-Ingolstadt (KU). The 21st century brings urgent challenges – such as climate change, digitization of the living and working world, and social inequality. In these times,… Read More »MiB – Mensch in Bewegung
Safety for all The research partnership SAFIR links the Technische Hochschule Ingolstadt with more than 20 partners from industry and public institutions and aims to raise traffic safety to a new level. The research program is embedded in the CARISSMA research and testing center and… Read More »SAFIR