Innovationscluster HSMW 2023, AP01: Visualisierung der Missionsplanung von KI-gesteuerten Robotern
2639
Falk Langer
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Faculty Engineering Sciences
Endowed Chair in Connectivity and Services for Automotive Software
Career
Technical Excellence Lead in the Software-Defined Mobility division at IAV GmbH
Visiting Professorship in āTheoretical Electrical Engineering and Electromagnetic Compatibilityā at Mittweida University of Applied Sciences
Endowed Chair in āConnectivity and Services in Automotive Softwareā at Mittweida University of Applied Sciences
Team Leader and Consultant at IAV GmbH
Doctoral thesis for the degree of Dr.-Ing. at the Faculty of Applied Computer Science, University of Augsburg
Group Leader, Automotive Networks ā Fraunhofer Institute for Embedded Systems and Communications Technology ESK in Munich (now Fraunhofer IKS)
Research Associate at Fraunhofer ESK in Munich
Software Engineer at RUETZ TECHNOLOGIES in Munich
Studied at the TU-Bergakademie Freiberg to qualify as a Dipl. Ing.
I have been working in research and development in the automotive industry since 2004, specialising in software development and connected systems. I started out as a software developer for ACC systems; today, I consult, teach and conduct research in the fields of networked embedded systems, connected services, cyber security, and system architectures for AI applications in IoT Edge and related data governance.
Teaching
Middleware, Cloud Services, Software Architectures
(EA Master: Networked Intelligent Systems)
V/S/P ā 2/2/0
Safety and Security for Software-Based Systems in the Automotive Sector
(EA Masterās in Connected Intelligent Systems)
V/S/P ā 2/2/0
Introduction to Ethernet, TCP/IP and modern web technologies
(optional module)
L/S/P ā 0/2/0
Robot Programming Using ROS (Robot Operating System)
(optional module for Bachelorās and Masterās students in STEM subjects)
V/S/P ā 0/1/0
Areas of research
My research interests lie in the use of embedded, highly networked systems. Specifically, these are the areas of application listed below:
- Data-driven development and data sovereignty for autonomous systems
- Middleware and real-time communication based on Ethernet and TCP/IP for embedded systems
- Embedded security and cyber security for networked systems
- Application of AI and cloud-based control for autonomous systems
Projects and Publications
6.350
Students
590
dedicated staff
100
Partner universities worldwide
161
Years at HSMW
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