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Thuringian Center of Drive train technologies Automotive engineering Wireless and information Your points-of-contact in

Innovation in Mobility ▪ Simulation and modelling of electrical drives for ▪ Virtual data-based verification and validation of technology the ThIMo office
(ThIMo) vehicles on roads and rails automated and connected driving functions ▪ 3D-measurements of automotive antennas and bi-static
▪ Hybrid methods for computationally efficient and AI- ▪ Software-based driving functions according to the radar reflectivities of traffic objects on roads and rails or
automation levels L2…L4
supported design and layout of electrical drives unmanned aerial vehicles at frequencies from VHF to THz
We are ThIMo. ▪ SW-based approaches for use case-specific predictive ▪ Scenario-based models of sensor-, control-, and data ▪ Cognitive vehicle and car infrastructure for ground- and
processing chains for environmental perception
maintenance satellite-based mobile communications, sensing, and
▪ Realistic human-machine interfaces in a dynamic drive navigation, multi-standard radio technologies like V2X,
We develop ideas and concepts ▪ Digital twins of drive trains with a focus on efficiency, Prof. Dr. Matthias Hein
for the mobility of the future. simulator FRMCS, 5G, 6G Director
vibrations, noise, and thermal management Tel.: +49 3677 69-2545
We cooperate with more than 300 partners ▪ Hybrid and cross-domain XiL test methods ▪ Realistic virtual test environments for mobile Email: matthias.hein@tu-ilm
from industry and academia and are well communications, automotive radar, and satellite
navigation including multipath effects and interference
connected with research institutions and
Electrical drives form the basis of a future-proof The core competence Automotive Engineering represents a
companies in Thuringia, Germany and ▪ Electromagnetic environmental compatibility,
worldwide. environmentally friendly and efficient mobility. Machines foundation pillar of ThIMo. In the center of research are experimental, numerical, and hybrid methods for the
for power levels up to 250 kW are developed with latest digital methods for the evaluation and safety assurance of assessment of electromagnetic field exposition in mobility
We create innovations and provide transfer of digital simulation and measurement tools, and tested in automated drive functions as well as safety-relevant aspects Dr.-Ing. Carsten Schauer
knowledge from the engineering idea up to research laboratories and living labs. of the human-machine interface. General manager
industrial research. We convoy technology Wireless systems take over safety-relevant control functions in Tel.: +49 3677 69-2569
Email: carsten.schauer@tu-i
readiness towards experimental development Beside drive train technologies, thermal management and Dedicated test beds for engines, tyres, and brakes as well as connected vehicles on roads and rails. The detec
power-electronic control systems become increasingly
and market transfer. We shape the Thuringian our dynamic drive simulator compose together with the labs monitoring of position, trajectory, and status of driver, car, and
research landscape and support transformation important. This trend is addressed by a strong cooperation of international research partners a real-time connected environment must be reliable always and everywh
processes in the area of automotive and other among various ThIMo core competences. measurement and test environment. less data transmission and sensing technologies present
mobility-related industries. Our test beds offer modern approaches for Sustainability and environmental friendliness equally relevant research fields
research and development as well as in mobility are reflected by our renowned magnetic radiation exposure and effects related
We are an inter-departmental research institute
contractual research and services in the competences in the field of non-exhaust to coexistence, interference, and environment. Karina Sch
with about 150 scientists from 13 research Transfer manager
laboratories and four departments of the broad field of drive train technologies. emissions from tyres, brakes, and noise. Our unique automotive antenna facility VISTA Tel.: (036
Technische Universität Ilmenau. offers optimal conditions for high-level research. Email: karina.schoeler@tu-I

We are a center of technology of the TU Ilmenau
with up-to-date research infrastructure and
living labs. Our core competences are:
• Drive train technologies
• Automotive engineering Dipl.-Ing. Oec. Claudia Ebe
• Wireless and information technologies Financial manager
• Plastic technology and lightweight design Tel.: +49 3677 69-2533
Email: claudia.ebert@tu-ilm
• Power electronics and
functional integration

www.mobilitaet-thueringen.de/en/