Bridging Industry and Academia: AUTOSAR Safety Standards in Automotive Software Development
- easycore
- Community engagement , Fau
- May 22, 2014
Table of Contents
Advancing Automotive Software Safety: A Industry-Academia Knowledge Exchange
On June 23, 2014, easycore partnered with Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) to deliver a guest lecture for the “Reliable Real-Time Systems” course at the university’s Chair of Computer Science. The session focused on a critical question for modern automotive engineering:
“Does the AUTOSAR Standard Effectively Support Safety Aspects in ECU Software Development?”
Key Insights from the Lecture
Attendees gained practical and theoretical knowledge about safety-critical systems in the automotive sector:
System Overview & Safety Requirements
- Breakdown of ISO 26262 functional safety standards for automotive Electronic Control Units (ECUs).
- Real-world examples of safety-critical ECU applications in vehicles.
Decomposing Safety into Hardware and Software
- Strategies for mapping safety requirements across both hardware and software layers.
- Challenges in ensuring compliance throughout the development lifecycle.
AUTOSAR’s Role in Safety-Critical Systems
- Overview of AUTOSAR’s safety features, including:
- Memory partitioning
- Error detection and reporting mechanisms
- Redundancy management
- Evaluation of the standard’s effectiveness in meeting automotive safety goals.
- Overview of AUTOSAR’s safety features, including:
Industry-Proven Software Architectures
- Case studies illustrating typical ECU software architectures in production vehicles.
- Best practices for balancing performance, reliability, and certification requirements.
Why This Matters for Future Engineers
The lecture provided students with:
- Practical exposure to industry-standard frameworks like AUTOSAR.
- Critical insights into aligning academic research with automotive safety regulations.
- Career-relevant skills for developing safety-certifiable embedded systems.
easycore’s Commitment to Education
This collaboration with FAU underscores our mission to bridge cutting-edge industry expertise with academic excellence. By sharing knowledge about evolving standards like AUTOSAR and ISO 26262, we aim to equip the next generation of engineers with tools to build safer, more reliable automotive systems.
Explore More:
easycore – Engineering Trust in Automotive Innovation.
