As vehicles become increasingly complex, driven by advancements in software-defined architectures, electrification, connectivity, and automation, the traditional methods of testing and certification struggle to keep pace. Virtual development methods offer decisive advantages in order to meet increasing product complexity, faster software update cycles as well as forcing certification and customer requirements by getting a deeper understanding of how a product will perform under various circumstances, thereby reducing the risks associated with product failures. The increasing demand for simulation-based decisions requires the potential for virtual certification to be tapped. The evidence in simulation results and thus the simulation credibility is becoming increasingly important, especially for the approval of safety-relevant systems. Virtual certification of vehicles can offer numerous benefits for manufacturers, regulatory authorities, and consumers alike. This includes cost savings, time efficiency, reduced environmental impact, enhanced safety, improved accuracy, flexibility, scalability, risk reduction, innovation, and global accessibility. By leveraging virtual simulations, manufacturers can streamline the certification process, deliver safer and more efficient vehicles, and meet the evolving needs of the automotive industry. In this workshop participants will have the opportunity to engage with peers, share experiences, and explore emerging trends and approaches shaping the future of vehicle certification in an increasingly complex automotive landscape. We invite you to explore and discuss cutting-edge methodologies, tools, and best practices for leveraging data and simulation models to achieve certification objectives efficiently and effectively.

COOPERATION PARTNER

SIMPULSE DAY ADMINISTARTION OFFICE