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Europe's First & Only Advanced Suspension Systems Conference Returns
Supported by More Automotive Brands Than Ever Before

Themes covered at the 13th Advanced Suspension Systems Europe 2024:

• Delivering increased functionality and ride comfort at the lowest cost possible.
• Delivering higher level of ride comfort and ride handling without compromising vehicle performance.
• Reduce system costs and development time, increase response time and the robustness of the suspension and manage lightweighting challenges.
• Increased simulation and virtualisation to decrease time and cost spent on prototyping and testing, and to reduce resources being put towards verification and validation.
• Using software systems, connectivity and connected vehicle data and AI to support suspension engineering from start-to-finish, from vehicle-to-component levels.

Download the agenda to view the in-depth themes and sessions covered at the 13th Advanced Suspension Systems Europe 2024 conference.

Explore the groundbreaking software algorithms and technical advancements that have transformed Volkswagen's approach and performance of their chassis systems. Discover Dr. Friedrich von Bülow’s insights on the role of AI and ML in enhancing steering, braking, and suspension systems. 

In this interview, Automotive IQ speaks with Kadir Oguzcan Ger, Chassis Senior Engineer at Hyundai Motor Group, to take a deep dive into the evolution and future of active suspension systems in vehicles. Kadir shares insights from his extensive experience in the field, highlighting key advancements, lessons learned, and the implications of these technologies for different vehicle types.

Key discussion points:

• The evolution of active suspension systems and how they’ve improved ride comfort and handling.
• The application of these systems in Hyundai’s flagship vehicles and the benefits they bring.
• The future prospects for mass adoption of active suspension in mainstream vehicles.
• The unique requirements and challenges of applying these systems in SUVs, heavy vehicles, and EVs.
  

As automotive engineering evolves and transitions from traditional mechanisms, the integration of Artificial Intelligence (AI) and Machine Learning (ML) is not just a concept of the future; it is increasingly becoming a present-day reality. These technologies are transforming vehicle operations and improving safety, efficiency, and performance.

In an interview with Automotive IQ, Dr. Vish Vadari, Senior Technical Specialist for Noise, Vibration, and Harshness (Global) at ZF Group, discussed the potential of AI and ML in optimising vehicle chassis systems, especially in areas such as steering, braking, and suspension. This article examines the use of AI and ML in chassis systems and highlights Dr. Vish’s insights from his interview with Automotive IQ.