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Safety Critical Navigation

Tracks
Plenary Room
Friday, May 23, 2025
11:40 AM - 12:45 PM
Plenary Room

Speaker

Dr. Yasamin Keshmiri Esfandabadi
Gnss Engineer
Igaspin Gmbh

AI-Driven Detection and Localization of GNSS Interference: A Comprehensive Approach Using Portable Sensors

11:45 AM - 12:05 PM

Biography

Yasamin Keshmiri Esfandabadi earned her B.S. in Electronics Engineering and M.S. in Mechatronics Engineering from the University of Qazvin, Iran. She completed her Ph.D. and postdoctoral research in Electronic Engineering at the University of Bologna, Italy. Her expertise spans signal processing for guided wave-based nondestructive testing, structural health monitoring, compressive sensing, and wavefield imaging. Currently, she is a Electronic Engineer at IGASPIN in Graz, Austria, working on advanced satellite navigation and positioning systems, leveraging her extensive knowledge in signal processing and engineering innovations.
Dr. Andreas Wenz
Project Manager Localisation
Swiss Federal Railways (SBB)

Towards Safe Localisation for Railways: Results from the EGNSS MATE Project

12:05 PM - 12:25 PM

Biography

Andreas Wenz heads the Center of Competence for Localization at SBB. He has been working at SBB since 2020. His work focuses on the development of new sensor fusion algorithms for train localisation systems as well as the standardisation of these systems. He currently leads the ESA co-funded EGNSS MATE project and is involved in the EU-Rail R2Dato project. Before his time at SBB, Andreas worked as a researcher at the Norwegian University of Science and Technology, receiving his Ph.D. in Engineering Cybernetics in 2018.
Mr. Jakub Steiner
Gnss Specialist
GNSS centre of Excellence

Alternative Navigation Approaches for Railways: Overcoming GNSS Limitations

12:25 PM - 12:45 PM

Biography

Mr Jakub Steiner, Working as a GNSS Specialist at the GNSS Centre of Excellence, Czech Republic. He is also working on his PhD at the Czech Technical University. His research focuses on GNSS interference, navigation performance testing, and navigation system development. The subject of this research was the feasibility of Alternative PNT solutions for rail transportation.
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