EinfĆ¼hrung einer Data-Space basierten Austauschplattform 2
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Jan Thomanek
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Faculty Engineering Sciences
Chair in Ad Hoc Networks
ā¦ I am an engineer through and through ā and, after a few years āabroadā in Bavaria, I have returned to the place where I can ideally combine academia, research and practical experience: Saxony.
Before my appointment at the university, I spent over twenty years working in research and development within the automotive industry. Among other things, I worked on driver assistance systems, sensor fusion, autonomous driving and connected vehicles. Today, I draw on this experience from industrial projects and research work in my teaching and research.
Alongside my work in research and teaching, I serve as Dean of Studies for the Masterās programme in Electrical Engineering ā Automation. It is particularly important to me to continually adapt the curriculum to current technological developments and to offer students an education that combines scientific fundamentals with practical applications.
I am particularly enthusiastic about the close links between the university and industry. Saxony offers ideal conditions for this. At Mittweida University of Applied Sciences in particular, I see every day how this collaboration gives rise to new ideas, innovative research projects and attractive degree programmes.
My aim is not only to provide students with specialist training, but also to inspire them with a passion for the technologies of tomorrow and to prepare them to play an active role in shaping the digital transformation and the mobility of the future.
Career
Dipl.-Ing. (FH) qualification
Studied Electrical Engineering/Telecommunications at Mittweida University of
Applied Sciences (FH)
A-levels in Chemnitz
General Secondary Polytechnic School in Mittweida
Professor of Ad Hoc Networks at Mittweida University of Applied Sciences
Project Manager for Comfort and Driver Assistance Systems at IAV Chemnitz
Research and development activities relating to camera-based driver assistance systems and autonomous driving at IAV
Chemnitz ā
Top-View systems ā Object and obstacle detection for automated
parking ā Object tracking using state-space modelling (Kalman filter)
PhD (Dr.-Ing.) (magna cum laude)
. Title of the thesis: Pixel-based data fusion to improve object detection performance in the vehicle environment
Research into multisensor data fusion as an external PhD student at the Chair of Communications Engineering,
Chemnitz University of Technology ā Methods for fusing imaging sensors, in particular model-based approaches in a multi-scale space using
Bayesian estimators ā Computer vision with feature extraction and classification for object detection, with a focus on pedestrian
detection ā State estimation using Kalman filters
November 2000 ā May 2011
Development Engineer for Embedded Software Development at IAV in Chemnitz
ā Development of adaptive cruise control
systems ā Development of transponder-based immobiliser systems ā
Development of a system for fusing camera and laser scanner sensor data
November 1997 ā October 2000
Development Engineer for digital switching systems at Siemens AG in Munich, within the Wireline Network
Communication business unit ā development of systems for software error handling within a distributed real-time operating system for switching applications
- Development of software components for the operation and administration of network elements at the gateway between circuit-switched telephone networks and packet-switched data networks
Teaching
- Fundamentals of Communication Technology and Networks
- Digital Technology/Digital Circuit Design
- Microcontroller Technology
- Car2Car, Car2X, Ad-hoc
- Embedded Systems I and II
- Connected and Autonomous Driving
- Car2X communication
- Automated and autonomous driving
- Multi-sensor data fusion
Projects and Publications
Autonomes und Vernetztes Fahren auf der Schiene - ATLAS-Modellprojekt der HS Mittweida
Appeared in: Scientific Reports 2021, Ćkologische Transformation in Technik, Wirtschaft und Gesellschaft? Nr. 2, 2021 (2021), P. 187 ā 192
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konferenzpaper
Implementing and Evaluating a Tracking-By-Detection Algorithm for a Camera Monitoring System
Appeared in: Scientific Reports 2021, Ćkologische Transformation in Technik, Wirtschaft und Gesellschaft? Nr. 2, 2021 (2021), P. 193 ā 203
16782
konferenzpaper
6.350
Students
590
dedicated staff
100
Partner universities worldwide
161
Years at HSMW
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