Keynote Speaker

ICATEEE2026 - International Conference on Advanced Technology in Electronic and Electrical Engineering

Mohamed Mosbah

Mohamed Mosbah

Professor at University of Bordeaux
Chair "Mobilité & Transports Intelligents"

Biography

Prof. Mohamed Mosbah is a distinguished professor at the University of Bordeaux, France, holding the prestigious Chair "Mobilité & Transports Intelligents" (Mobility & Intelligent Transport). His research focuses on intelligent transportation systems, connected infrastructures, cooperative mobility, and resilient mobility systems.

Prof. Mosbah has made significant contributions to the fields of V2X communications, AI-driven transportation services, and the development of next-generation mobility solutions. His work bridges the gap between theoretical advances and practical applications in the rapidly evolving domain of smart and connected transportation.

Title

Towards Cooperative and Intelligent Mobility Systems

Connected infrastructures, V2X communications and resilient transportation services

Abstract

The presentation will address recent advances and challenges related to intelligent transportation systems, connected infrastructures, cooperative mobility, V2X communications, AI-driven services, and resilient mobility systems. In an era where transportation systems are becoming increasingly complex and data-driven, the integration of artificial intelligence, wireless communications, and distributed computing is essential for building efficient, safe, and sustainable mobility solutions.

This keynote will explore how connected and cooperative systems can revolutionize transportation by enabling real-time data exchange between vehicles, infrastructure, and users. The talk will highlight innovative approaches for enhancing traffic efficiency, reducing environmental impact, and improving safety through intelligent decision-making and adaptive control strategies. Prof. Mosbah will share insights from ongoing research projects and discuss the future directions of intelligent mobility systems in the context of smart cities and sustainable development.