Are quantum computers the future of the automotive industry? Quantum computing promises a major leap forward for industry and science when it comes to solving highly complex problems. But how do quantum computers actually work – and how could they advance the automotive industry in practice? Götz Fuchslocher
Where academia and industry meet in vehicle simulation Graz University of Technology (TU) and Magna have unveiled a new Advanced Driving Simulation Center featuring one of the most sophisticated driving simulators currently in operation. The facility supports research ranging from e-mobility to automated driving. Götz Fuchslocher
Sponsored “Engineering and IT need to communicate effectively to successfully manage the shift” In this interview, Richard Rovner and Udo Gohier explain how MathWorks supports automakers and suppliers in successfully navigating the cultural and technological transformation toward the Software-Defined Vehicle. Yannick Tiedemann
“Driving simulators have emerged as indispensable development tools” As vehicles become more software-defined, advanced virtualization and driver-in-the-loop simulation are transforming how new functions are developed and validated. BMW’s Dr Chantal Himmels and Robert Siwy discuss how human-centered simulation accelerates innovation and ensures safety. Benjamin Müller
“We focus on enabling modular and scalable continuous integration” Continuous integration, SIL/HIL continuity, and cloud-native testing are key to mastering SDV development. Stefan Walter from dSPACE explains how these elements enable faster, more reliable automotive validation. Benjamin Müller
This was the 13th Conference Bordnetze im Automobil The 13th Conference Bordnetze im Automobil (Automotive Wire Harness & EDS 2025) brought the industry back to Ludwigsburg. International industry experts gathered in the tranquil town near Stuttgart to explore the latest innovations in vehicle wiring systems, E/E architectures, and Software-Defined Vehicles. Benjamin Müller
