Join us for an insightful free webinar on March 20, 2025, from 12:30 to 13:30 (CET (UTC+1)). 

In this session, we will explore Eclipse MOSAIC, an Open Source, state-of-the-art simulation framework. 

Eclipse MOSAIC supports various application areas such as:

• Development of smart mobility applications
• Modeling of intelligent connected vehicles
• Integration of vulnerable road users to enhance public safety
• Development of traffic management algorithms
• Integration of electric vehicles and charging infrastructure
• Virtual testing of ADAS functions for collaborative driving

This tool is designed to revolutionize connected and automated mobility. With its multi-domain and multi-scale capabilities, Eclipse MOSAIC enables you to address complex mobility challenges effectively. You will learn how to use this framework to drive innovation in your projects and improve decision-making in the transportation sector. Don't miss this chance to discover how Eclipse MOSAIC can transform your approach to mobility!

Participating in the webinar offers the following benefits:

• In-depth Knowledge: Gain insights into the features and capabilities of MOSAIC through practical examples.
• Expert Insights: Learn from professionals with hands-on experience using MOSAIC in real-world scenarios.
• Application Examples: Discover how MOSAIC is applied in various fields through real-world use cases.
• Q&A Session: Engage in a discussion where you can ask specific questions and receive direct answers from experts.
• Networking: Connect with other participants and industry professionals.

Who Should Attend:

• Professionals in the transportation field: This includes experts in logistics, automotive, passenger transport, and urban planning who want to explore innovative approaches.
• Academics, researchers, and students: Individuals working in this field who seek to expand their scientific knowledge.
• Those interested in simulation methods: People who want to discover new applications and technologies in simulation.
• Curious minds: Individuals wondering how much knowledge can be gained through simulation without physical experimentation.