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2nd European Automotive E/E Systems Summit 2026
Contents
SDV Market Outlook: OEM Readiness, Software Strategies and Ecosystem Evolution
Manuel TagliaviniS&P Global Mobility
AI-Native E/E Architectures: Enabling Scalable Intelligence in the Software-Defined Vehicle Era
Prof. Dr. Ahmed EbadaBMW
Power and Performance Optimized Systems Architecture for SDV with IO Aggregation
Venkat GoliDelta Electronics
Advancing E/E Architectures and the Software-Defined Vehicle: Shaping the Future of Mobility
Michael Niklas-HöretAUMOVIO
NextGen E/E Architecture – Whether to go BIG BANG or ADAPTIVE for SDV Acceleration
Dr. Swarup MandalWipro
AI-Defined Vehicles: The Future of Safe, Intelligent, and Scalable Mobility
Adiac Ernesto AguilarVolvo
Architecting Centralized Automotive Compute Platforms with PCIe
Stephan AhlesSocionext Europe GmbH
From Domain to Centralized: AI centric Evolution of PARKING Systems towards Global Scalable Vehicle Architectures
Dr. Jürgen WinkelhakeRobert Bosch GmbH
From Sensors to Central Compute: TSN Ethernet-Based Integration for AI-Driven Vehicles
Gabriel JaegerHARMAN
Panel Discussion: Next-gen E/E Architecture for SDV: What’s the Future of E/E Architecture in the Age of AI and SDV
Dr. Shiqing FaneMotionPool GmbH
Transforming Automotive E/E Architectures - Case Study: Ford Otosan's SDV Journey for Heavy Commercial Vehicles
Alper TekeliFord Otosan
Redefining Vehicle Access: Ensuring Safety and Cybersecurity in AI-Defined E/E Systems
Oumaima FASIHStellantis
From On-Board to Smart Edge: The Potential of SDV to Enable Off-Vehicle Compute
Ahmed AbuTablFORVIA HELLA
Securing the Automotive Display Pipeline: Safe, Resilient and High-Performance GDC Architectures for Next-Generation Cockpits
Mark MüllerSocionext Europe GmbH
Exploring the Future of E/E Systems: the Multi-Gig, Service-Oriented Vehicle
Max TurnerEthernovia
Towards a Software Defined Truck
Jonn LantzVolvo TTI
The Wiring Harness Problem: The Physical Bottleneck of the Software-Defined Vehicle
Luka MatićBugatti Rimac d.o.o.
AI for Autonomous Driving (AD) Needs a Solid Data Platform
Frank KraemerIBM
Collect
2nd European Automotive E/E Systems Summit 2026
2026.05.21 - 22Stuttgart, Germany
Contact
SDV Market Outlook: OEM Readiness, Software Strategies and Ecosystem Evolution
Manuel Tagliavini / S&P Global Mobility / Principal Analyst
AI-Native E/E Architectures: Enabling Scalable Intelligence in the Software-Defined Vehicle Era
Prof. Dr. Ahmed Ebada / BMW / Senior Product Manager
Power and Performance Optimized Systems Architecture for SDV with IO Aggregation
Venkat Goli / Delta Electronics / Principal Systems Architect
Advancing E/E Architectures and the Software-Defined Vehicle: Shaping the Future of Mobility
Michael Niklas-Höret / AUMOVIO / SDV Architect SW
NextGen E/E Architecture – Whether to go BIG BANG or ADAPTIVE for SDV Acceleration
Dr. Swarup Mandal / Wipro / Vice President & Global Head of Automotive Engineering
AI-Defined Vehicles: The Future of Safe, Intelligent, and Scalable Mobility
Adiac Ernesto Aguilar / Volvo / Global System Safety Manager
Architecting Centralized Automotive Compute Platforms with PCIe
Stephan Ahles / Socionext Europe GmbH / Marketing Manager
From Sensors to Central Compute: TSN Ethernet-Based Integration for AI-Driven Vehicles
Gabriel Jaeger / HARMAN / Senior Director, Vehicle Networks and Sensor Interfaces
Transforming Automotive E/E Architectures - Case Study: Ford Otosan's SDV Journey for Heavy Commercial Vehicles
Alper Tekeli / Ford Otosan / Director-Electric Vehicles & Digital Systems
Redefining Vehicle Access: Ensuring Safety and Cybersecurity in AI-Defined E/E Systems
Oumaima FASIH / Stellantis / EE Safety & Cyber Security Manager
From On-Board to Smart Edge: The Potential of SDV to Enable Off-Vehicle Compute
Ahmed AbuTabl / FORVIA HELLA / Engineering Director, Head of Global Software Engineering Body Control
Securing the Automotive Display Pipeline: Safe, Resilient and High-Performance GDC Architectures for Next-Generation Cockpits
Mark Müller / Socionext Europe GmbH / Senior Marketing Manager Automotive
Exploring the Future of E/E Systems: the Multi-Gig, Service-Oriented Vehicle
Max Turner / Ethernovia / Automotive Network Architect
Towards a Software Defined Truck
Jonn Lantz / Volvo TTI / Technology Strategy Leader
The Wiring Harness Problem: The Physical Bottleneck of the Software-Defined Vehicle
Luka Matić / Bugatti Rimac d.o.o. / EE Integration Engineer
AI for Autonomous Driving (AD) Needs a Solid Data Platform
Frank Kraemer / IBM / Senior Systems Technology Architect

As the automotive industry accelerates toward a software-defined vehicle (SDV) future, the evolution of E/E architecture has become the backbone for enabling centralized computing, intelligent driving, and seamless over-the-air services. OEMs and Tier 1/2 suppliers now face mounting pressure to integrate powerful hardware platforms with flexible, scalable software stacks-all while balancing safety, performance, and cost-efficiency. At the same time, the explosive advancement of Artificial Intelligence (AI), particularly breakthroughs in large models for perception, decision-making, and generative tasks, is reshaping E/E architecture design paradigms with unprecedented force. AI is not only key to realizing high-level autonomous driving but is also driving a fundamental shift from distributed to centralized and zonal architectures, accelerating the maturation of Service-Oriented Architecture (SOA) and Zonal Control. This summit centered on the theme "E/E Architecture Innovation in the Age of AI and SDV", will bring together leading global OEMs, Tier 1 suppliers, technology giants, and academic pioneers to explore how next-generation E/E architecture is shaping the foundation of intelligent vehicles; and discuss how AI acts as a central driving force, guiding the next revolution in E/E architecture across computing, communication, power distribution, and hardware-software integration—laying a solid foundation for building more efficient, intelligent, and secure future vehicles.