ISO/PAS 8800 Training Course
Essentials in the Safety of Artificial Intelligence in Automotive
Our ISO/PAS 8800 - Essentials to achieve the safety of artificial intelligence in utomotive course offers an in-depth overview of ISO/PAS 8800, It’s designed for professionals wanting to understand how AI impacts functional safety in modern vehicles. Aimed at engineers, safety managers, and automotive specialists, this course bridges the gap between emerging AI technologies and established safety standards.
✔ Understand the basics of artificial intelligence and its lifecycle coverage and common cause failures, etc, for safety circuit designs
✔ Learn about AI in vehicle safety
✔ Understand ISO/PAS 8800 and its connection to ISO 26262 and ISO 21448
✔ Explore the safeguarding argumentation and security requirements for AI
Starting with an introduction to artificial intelligence and its growing role in advanced driver assistance systems and automated driving functions, you’ll be taken through the fundamentals of ISO/PAS 8800 and its relationship to existing standards such as ISO 26262 (Functional Safety for Road Vehicles) and ISO 21448(SOTIF).
We will explore safeguarding argumentation, security requirements, and verification and validation processes for AI systems, alongside operational measures and confidence-building in development frameworks.
By the end of the course, you’ll have gained a comprehensive understanding of ISO/PAS 8800, practical insights into integrating AI safely within automotive systems, and the ability to apply these principles effectively in real-world projects.
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You’ll be taught by leading industry experts with specialist knowledge of your sector. For over 35 years, our global team of more than 2,500 instructors, has been bringing real-world experience to the classroom. Course content is regularly updated to reflect changes in legislation and ensure relevance. Discover more on our why train with uspage.
Training five or more people?
Find out if an in-house course is a more cost-effective, efficient way of learning. Contact the In-House Training team.
· Managers who need to gain an understanding of ISO/PAS 8800
· Safety managers responsible for ensuring compliance with functional safety standards
· System developers working on advanced driver assistance systems (ADAS) and highly automated driving functions (HAD)
· Sensor and component developers integrating AI elements into automotive systems
· Quality officers overseeing safety and reliability in AI-driven vehicle components
· Test engineers validating AI-based systems and ensuring operational safety
· Anyone involved in the development of innovative ADAS or HAD systems who wants to implement AI elements or requires AI solutions during development or deployment of road vehicles or road vehicle components
This training provides insight into the implementation of AI elements according to the ISO/PAS 8800 specification and the connection to the ISO 26262 and ISO 21448 standards.
· Basics of artificial intelligence
· AI in the context of vehicle safety
· AI lifecycle
· Safeguarding argumentation and security requirements for AI
· Technological and data-related aspects of AI
· Verification and validation, as well as security analyses for AI
· Measures during operation
· Confidence in the development framework for AI
- Course delivered by one of TÜV SÜD's leading industry experts
- Small class sizes for a more engaging and personalised learning experience
- Receive globally recognised TÜV SÜD certificate upon completion
TÜV SÜD is trusted by over 16,000 companies and thousands of learners worldwide, reflecting our commitment to delivering quality training.
Upon completion you will receive your globally recognised TÜV SÜD certificate on ISO/PAS 8800 Training Course – Essentials in the Safety of Artificial Intelligence in Automotive.
There are no entry requirements for participation in this training.
What is the ISO/PAS 8800 Training Course: Safety of AI in Automotive Systems?
The ISO/PAS 8800 Training Course is a 2-day programme that teaches professionals how to implement AI elements safely in automotive systems. It covers ISO/PAS 8800, links to ISO 26262 and ISO 21448, and provides practical guidance for integrating AI in ADAS and HAD development.
What is ISO/PAS 8800 and why is it important for automotive AI?
ISO/PAS 8800 defines how to implement and evaluate safety for AI elements used in vehicles. It complements existing automotive standards like ISO 26262 and ISO 21448, ensuring AI-based systems meet safety and reliability requirements.
Who should attend this ISO/PAS 8800 training course?
This course is ideal for automotive engineers, system developers, safety and quality managers, and professionals involved in ADAS or automated driving development seeking to integrate AI safely and compliantly.
How is the ISO/PAS 8800 training course structured?
The course runs over two days, featuring nine sections and ten interactive modules that combine lectures, case studies, and practical discussions led by TÜV SÜD experts.
How does this training support my career development?
Certification in ISO/PAS 8800 from TÜV SÜD demonstrates competence in AI safety implementation, enhancing career opportunities in functional safety, ADAS development, and regulatory compliance roles.
Will this course help with ISO 26262 or SOTIF compliance?
Yes. The course links ISO/PAS 8800 processes directly with ISO 26262 and ISO 21448 (SOTIF), helping participants understand how to ensure consistent safety management across all three standards.
Do you offer this course for corporate teams or in-house delivery?
Yes. For groups of five or more, TÜV SÜD offers customised in-house training, enabling teams to focus on their specific AI safety and functional integration challenges.
Peter Wilks, Technical Trainer, Functional Safety TÜV SÜD
Peter has a degree in Electronic Engineering and a doctorate in Biomedical Engineering. He has worked for many years in the automotive sector on projects with a significant safety component. In recent years, projects have increasingly included cybersecurity and autonomous requirements. In addition, Peter has worked on safety-critical projects in the industrial and medical sectors. Due to this, he brings a broad experience to the training he delivers for the Academy.