Collaborative research projects, the processing of R&D contracts and individual projects (e.g. funded by the DFG) characterise the portfolio of research activities at the institute. They and the patents obtained through R&D are an integral part of the Research activities of the university.
Institute members keep lists of publications on their personal pages (see Institute members).
The institute has a large number of Laboratories with the appropriate equipment.
The subdivisions of the Institute have the following Main research areas on:
Computer science
Programmable digital architectures
Simulation of fibre optic systems
Mobile applications and application protocols
Optimisation of complex systems
Software development for virtual companies and in the logistics sector
Automation
Autonomous systems
System reliability
Networked automation systems
Electronics
Arc protection and safety of automotive wiring systems
Special polymer and elastomer optical fibres
Measuring and diagnostic systems
Vehicle electronics (road, rail)
Energy management systems
Research projects
Computer science
Prof Dittes: Development of an automated pharmacy warehouse
Prof. Tosse: Next-Generation Data Centre Connectivity, ERDF project, 2010-2013
Automation
Prof Neitzke: Design and provision of autopilots for the control of unmanned aerial vehicles, industrial contract, 2014
Prof Neitzke: Development of flight software for autonomous flight of hybrid aircraft. Industrial contract, 2015
Electronics
Prof. Viehmann: Diagnostic system for mobile use in vehicle and automation technology, funded by the Free State of Thuringia, Thuringian Ministry of Culture, B514-06009, 2006 - 2007
Prof Viehmann: Condition monitoring of safety lighting systems, cooperation project with industrial partners, funded by the BMWi as part of ZIM, KF2119907TL3, 2013 - 2014
Prof. Viehmann: Production of special polymer and elastomer optical fibres, cooperation with the Federal Institute for Materials Research and Testing BAM, 2012 - 2014
Prof. Viehmann: System for arc fault suppression in vehicle electrical systems based on an ARGUS optical-electrical combination conductor, funded by the BMBF as part of FHprofUnd, BMBF 1725X09, 2009 - 2012
Prof Viehmann: Highly flexible interface system for automotive communication/diagnostic technology INTERFLEX, joint project with GÖPEL electronic GmbH Jena, funded by the Free State of Thuringia, Thüringer Aufbaubank, 2007 VF 0027 and 2007 FE 9025, co-financed by ERDF, 2009 - 2012
Prof Viehmann: Diagnostic system for photovoltaic systems AGENT C - Solar, joint project with Stadtwerke Nordhausen GmbH, 2009 - 2012, also funded by the Thuringia Foundation for Technology, Innovation and Research STIFT
Prof. Viehmann: Fundamentals of materials engineering and manufacturing technology for an optical-electrical combination conductor, funded by the German Research Foundation DFG, VI 420/2-1 and 2-2, 2006 - 2009
Prof. Viehmann: Development of Ethernet-USB-SSC interface based on TriCore 1796, joint project with GÖPEL electronic GmbH Jena, 2007
IAE research projects
Title
Project manager
Start
End
Project organiser/ partner
Q-net-Q - Integration of QKD in ICT networks
Hühn
01.03.2023
30.08.2025
EU / BMBF
Q-Fibre
Hühn
30.10.2022
30.09.2025
VDI/VDE Innovation and Technology GmbH
5G COMPASS
Hühn
01.07.2022
30.06.2025
VDI VDE
OPTOflow
Neitzke
01.03.2021
28.02.2023
VDI/VD
Ultralight helicopter
Neitzke
01.09.2020
31.12.2020
Dreiling Maschinenbau GmbH
NOHAU.KI
Schölzel
01.06.2020
31.05.2022
ProDigital line b
SiBeL - SupervisorPilot
Neitzke
01.06.2018
31.05.2020
VDI/VDEÂ Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â
SupervisorPilot - Outdoor
Neitzke
01.01.2017
31.12.2018
VDI/VDE
ZIM Network SiBeL
Neitzke
01.01.2015
31.12.2015
ZIM Network
Contact
Prof. Dr rer. nat. habil. Mario Schölzel
Vice Dean Teaching, Professor, Dean of Studies INF
Credit points are earned for successfully completed coursework and examinations in accordance with the "European Credit Transfer and Accumulation System" (ECTS).
The ECTS points reflect the average learning effort. One ECTS point corresponds to 30 hours of study.
Based on the ECTS points, the study and examination achievements are internationally comparable.
Study Service Centre
+49 3631 420-222
House 18, Level 1, Room 18.0105