17th Annual General Assembly ASCS


10 July 2025 | ARENA2036 (Stuttgart) or online

The NCAP 2026 protocols introduce more stringent requirements for crash avoidance systems, pushing the industry toward broader and more complex testing scenarios. These new standards emphasize Active Safety Performance, evaluating Assisted and Automated Driving (AAD) systems across an extended range of driving conditions. However, traditional proving ground testing faces limitations in scalability, repeatability, and cost, making it increasingly difficult to cover the full range of critical scenarios defined in the Euro NCAP test protocols. In this webinar, Valeo and Ansys will showcase how virtual testing enhances validation efficiency by complementing physical tests. Join us to discover how simulation-driven validation can streamline development, improve system robustness, and prepare the industry for the next generation of safety standards. 



 


AGENDA 

10 July 2025 | ARENA2036 or online


3:00 PM CEST

Welcome & Introduction

Alexander F. Walser  | ASCS e.V.


3:05 PM

Leveraging Virtual Testing for NCAP 2026 “Crash Avoidance” and Beyond

Petr Fomin | ANSYS
Emmanuel Follin  | ANSYS

Hector-Ruben Parada | Valeo

Jakub Jelinek | Valeo



3:45 PM

Q&A
Ask the speakers


4:00 PM

End


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SPEAKERS

Dr. Petr Fomin serves as an Application Engineering Manager at Ansys, specializing in the AVxcelerate product line. With over ten years of expertise in sensor engineering and autonomous driving, Petr has extensive experience in developing and applying physics-based real-time simulations for virtual testing and validation of autonomous systems. His strong foundation in robotics complements his deep understanding of simulation technologies.

Emmanuel Follin is a Senior Product Manager for Autonomous Vehicle Simulation Solutions at Ansys Inc., the world’s largest, independent Computer Aided Engineering (CAE) software company (NASDAQ: ANSS). With over 20 years of experience in system simulation covering Automotive and Aeronautic, Emmanuel plays a pivotal role in leading Ansys’ efforts in the ADAS and Autonomous Vehicle simulation domain, managing the AVxcelerate product.

Dr. Jakub Jelinek holds a Ph.D. in Mechatronics and Statistical Engineering and brings over 15 years of cross-sector experience in simulation, spanning the automotive, aerospace, and nuclear industries. Currently serving as Global Simulation Platform Manager at Valeo, he leads global technical initiatives in simulation, with a strong focus on coordination, education, quality assurance, method standardization, toolchain validation, and strategic innovation. His role supports the digitization of simulation workflows, including the adoption of cloud-based simulations, KPI tracking, and simulation strategy development.

Hector-Ruben Prada s an Electrical Engineer specialized in Digital Systems and Communications, with extensive experience in the automotive industry supporting Tier 1 OEMs. He currently works at Valeo as an R&D Technical Project Manager, where he leads Hardware-in-the-Loop (HiL) simulation activities as part of the system validation strategy for ADAS front cameras.


At Valeo, Hector plays a key role in New Product Introduction (NPI), defining validation strategies in close collaboration with R&D, engineering, and manufacturing teams. He also leads the development and deployment of test automation systems, overseeing validation, implementation, and change request (CR) management post-Start of Production (SOP). His work ensures robust and scalable validation processes for next-generation driver assistance technologies.

TARGET AUDIENCE

  • Validation and Verification (V&V) Engineer
  • Simulation Engineer
  • Engineering Manager
  • Systems Engineer
  • Safety Engineer
  • ADAS Engineer
  • HIL/SIL Engineer
  • Test Engineer
  • Test Manager
  • Product Manager (ADAS/Autonomous Systems)
  • Technical Program Manager
  • Project Lead – Vehicle Safety Systems
  • Toolchain Integration Engineer

 


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KEY TAKEAWAYS

  1. Understand the impact of NCAP 2026 protocols on the development and validation of crash avoidance and AAD (Assisted and Automated Driving) systems.
  2. Discover the limitations of traditional physical testing and why it falls short under the new Euro NCAP requirements.
  3. Learn how virtual testing and simulation enhance coverage, scalability, and efficiency in system validation.
  4. See how Valeo and Ansys integrate simulation with physical testing to streamline development and improve system robustness.
  5. Gain insights into preparing your safety systems for compliance with the next generation of active safety standards. 



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