Projects
Trottielec
Lightweight electrical foldable scooters and bikes
The distances between the bus stop and place of work are often long. However, this perspective is going to change. The research project "TrottiElec" is developing retrofit kits for very lightweight electrical foldable scooters and bikes. Ready-to-test prototypes will be assessed for their utility in traffic in a large fleet. The aim is to achieve their legal use on public traffic routes and to develop a product that is ready for series production from 2018.
Coordination
Faculty of Automotive Engineering, Esslingen University of Applied Sciences
Participant
Institute for Sustainable Energy Technologies and Mobility (INEM), Esslingen University of Applied Sciences
Partners
Faculty of Traffic Engineering, Stuttgart University of Technology (Hochschule für Technik)
Hudora GmbH, Remscheid,TUEV Sued GmbH, Munich
Project Volume
250.000 € (€200K grants, €50K own contributions HE/HFT)
Scientific Coordination
Prof. Dr. Oliver Zirn, Tel. +49 (0) 711 397-3571
Motioneap
Innovative Assistance Systems for Industrial Production
The aim of the interdisciplinary research project is to build prototypes to simplify production processes. The focus is the optimisation of assembly procedures in manual production. The new assistance systems will reduce assembly times and enhance quality. Intensive interdisciplinary collaboration between the Faculties of Mechanical Engineering and Social Work, Health Care and Nursing Sciences ensures the high quality of the technical and social-scientific aspects of the project.
Coordination
Faculty of Mechanical Engineering, Esslingen University of Applied Sciences
Public Funding
German Federal Ministry for Economy and Technology
Partner
Schnaithmann Maschinenbau GmbH, University of Stuttgart, Audi, Bessey, GWW, Korion
Project Volume
over 3 mill. Euros
Scientific Coordination
Prof. Dr.-Ing. Georg Kruell, Tel. +49 (0) 711 397-3369 Prof. Dr. Thomas Heidenreich, Tel. +49 (0) 711 397-4586
Prosys
Intelligent Process Development System to Manufacture Biological Products
The project "Prosys" refines standardised procedures in the biopharmaceutical industry. The aim is to generate a system to optimise the development of cultivation processes in the manufacture of biological products, e.g. recombinant proteins or antibiotics. The main focus of attention is online process analysis and the extensive automatization of bioprocesses.
Coordination
Faculty of Natural Sciences, Esslingen University of Applied Sciences
Public Funding
Central Innovation Programme for Small and Medium-sized Companies (ZIM),
German Federal Ministry for Economy and Energy (BMWi)
Partners
Micro-Biolytics GmbH, Esslingen
Infors HT, Bottmingen, Switzerland
Scientific Coordination
Prof. Dr.-Ing. Richard Biener, Tel. +49 (0) 711 397-3551
DISTELL
Teaching and Learning with Digital Media
Scientists at Esslingen University of Applied Sciences are investigating the question of how digital media, technologies and teaching formats influence university teaching. The researchers are also looking at the ways in which digitalisation will change day-to-day learning environment at universities. Some digital media have not yet been tried out at universities – such as ether pads. E-portfolios and mobile learning are among the many new methods that are being examined in the project.
Coordination
Faculty of Social Work, Health Care and Nursing Sciences
Participant
All faculties at Esslingen University of Applied Sciences and various organisational units (e.g. library, computer center)
Public Funding
Ministry for Science, Research and Art, Baden-Wuerttemberg. Funding programme: Digital Innovations for Smart Teaching – Better Learning
Project Volume
249.000 Euros
Scientific Coordination
Prof. Dr. Verena Ketter, Tel. +49 (0) 711 397-4578
