Driving Safety Forward From Standards to Solutions with AURIX Microcontrollers

Online, On Demand

Live Performance Date: 23. September

Join our webinar to delve into ISO 26262, the AURIX™ microcontroller, and a real-world success story showcasing its application. ISO 26262 is a crucial international standard for the functional safety of electrical and electronic systems in road vehicles.

During the webinar, we will explore how the high-performance and safety-oriented AURIX™ microcontroller meets these stringent requirements. Developed by Infineon, the AURIX™ microcontroller is designed to tackle the challenges of functional safety in modern vehicles. With its multi-core architecture and advanced safety features, AURIX™ can handle critical safety applications such as engine control, autonomous driving, and driver assistance systems.

In this webinar, we will present a success story demonstrating how AURIX™ was used in a real project to enhance the safety and reliability of an automotive system. Our experts will share insights on how the microcontroller was integrated into the system, the challenges faced, and the outcomes achieved.

This webinar offers a unique opportunity to gain valuable knowledge from industry professionals and to better understand how to implement safe and reliable solutions in your projects. Don't miss the chance to discover how the AURIX™ microcontroller can make a difference in the functional safety of vehicles.

Register now to secure your spot and get ready to explore the future of automotive safety with AURIX™ and ISO 26262!

Speakers:

Maurizio Carella, Automotive FAE, EBV Elektronik Maurizio is an Automotive Field Application Engineer at EBV Elektronik, supporting customer across the EMEA region. with more than 10 years of experience in Software Development and Software Testing in the automotive industries. He brings experience on Functional Safety, Autosar and Cybersecurity topics.

Valon Shala, Principal FAE Functional Safety, Infineon Technologies 
Valon is a Principal Field Application Engineer for Functional Safety at Infineon Technologies, supporting customers across the EMEA region. He brings deep technical expertise and industry insight, with eight years of experience in the automotive and semiconductor industries - 7 of which are focused on functional safety. Prior to his current role, he worked as a Functional Safety Engineer in Infineon's Microcontroller R&D department and as a Software Test Engineer for high-voltage battery systems at a major German OEM. His background spans safety concept development, system validation, and customer enablement in safety-critical applications. 

 

Anna Bonaldo, Functional Safety Chapter Leader, Bluewind
Anna holds a Master’s Degree in Computer Science, and has strong expertise in AI, machine vision, functional safety for automotive and industrial sectors, and embedded software development. Currently, Anna leads a team as the chapter leader for Functional Safety and Cybersecurity, ensuring high standards in these critical areas.