Faster to Market: AI-powered vehicle development – Part 2
Join AVL’s Murilo Duarte and Thomas Glatz to discover how artificial intelligence is transforming vehicle and systems development.
Join AVL’s Murilo Duarte and Thomas Glatz to discover how artificial intelligence is transforming vehicle and systems development.
Join Markus Demaria of HMS Networks to learn how to overcome in-vehicle network challenges during EoL EV components testing.
Join AVL’s Thomas Glatz and Josh Orlando to discover how artificial intelligence is transforming vehicle and systems development.
Join Kristofer Koch of HMS Networks to discover how to work effectively with modern CAN-based communication systems.
Join Erich Meier of UL Solutions Software Intensive Systems to learn how to create future-ready engineering process ecosystems.
Join Continental’s Andreas Forster to gain insight into the role of simulation in the pre-crash phase.
Join experts from AVL to discover how to reduce EV development complexity and cost while boosting test coverage and traceability.
Join VI-grade experts to discover how the Investigation and Diagnostic Modes in VI-DataDrive Cloud can transform the vehicle development process.
Join Melissa Hu of Renesas to learn how to simplify system integration and reduce power consumption with Bluetooth LE silicon.
Garrett Motion’s Abdelhamid Bouaita explains how high-speed eAxle technology supports scalable solutions for all types of electric vehicles.
Join experts from Continental Engineering Services to discover how to unlock efficiency and quality through smart process integration.
NXP’s Vince McNeil discusses the growing adoption of Hybrid and GaN technologies in EV traction inverters.
AVL’s Bennet Böker and Patrick Hansmann discuss the role of EMC testing in developing modern vehicles and systems.
Join SimScale’s Steve Lainé to learn how to unlock rapid advancements in automotive engineering with AI foundation models.
Join AVL’s Matthew Hortop to discover how to shorten inverter hardware development schedules, reduce costs, and improve test coverage.
Join NXP’s David Vieira to discover how the architecture of a microcontroller solution like the new S32K5 can help accelerate software-defined vehicle development.
Join Scott Bergeon of VI-grade to find out how to integrate, simulate, and test vehicle controllers in a dynamic virtual environment.
Join AVL’s Gerald Sammer to learn how to achieve innovation throughout the entire value chain, from battery cells to complete vehicle integration.
Darren Buttle and Subash Scindia of ETAS present practical tips for smoothly transitioning to the ETAS AUTOSAR solution.
NXP’s Michael Vidlak explains how digital twin technology can be applied to replicate real-world motor behaviour and control algorithms.