Training Courses

ISO/PAS 8800 training course contents

  • Course duration: 16 hours

  • Course cost: POA

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  • Introduction

  • Fundamentals of AI Safety in Road Vehicles

  • ISO/PAS 8800 Structure and Objectives

  • Safety Requirements for AI-Based Systems

  • Data Management Requirements

  • Architectures and Design Measures

  • AI Error Prevention and Mitigation

  • Verification and Validation of AI Components

  • Lifecycle and Process Requirements

  • Safety Analysis Techniques

  • Tool Qualification and Supporting Processes

  • Assurance, Documentation, and Compliance

  • Practical Examples and Case Studies

  • Summary and Next Steps

Automotive E/E Architectures training course contents

  • Course duration: 8 hours

  • Course cost: POA

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  • Introduction

  • Evolution of Vehicle E/E Systems (Distributed → Domain → Centralized → Zonal)

  • Challenges & Requirements for Future Architectures

  • Automotive Communication Networks (CAN, LIN, Ethernet)

  • Security & Safety Considerations (ISO 26262, Cryptography, Functional Safety)

  • AUTOSAR & Software Development Impact

  • Service-Oriented Architecture (SOA) in Automotive

  • Future Trends & High-Performance Computing (HPC, AI in Vehicles)

SDV training course contents

  • Course duration: 12 hours

  • Course cost: POA

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  • Introduction

    • Background

    • What is a Software Defined Vehicle (SDV)?

    • SDV Definition Levels

    • Where are the OEMs?

  • Objectives

  • OEM Approach

  • Supplier and Value Chain Dynamic

  • New opportunities

  • Supplier and Value Chain Dynamic

  • Tools

  • Real-Time Operating Systems (RTOS) vs General-Purpose Operating Systems

  • Future

  • Development process BEV Example

  • Process and organisational change

  • Software Market

  • Supplier and Value Chain Dynamic

  • New opportunities

  • Conclusions

Meet the trainer

  • Clive Crewe is a Chartered Engineer with more than thirty years of experience leading and delivering complex engineering programmes across the automotive sector. His career spans multidisciplinary roles in electrical, mechanical, and software-based systems, with a consistent focus on improving engineering efficiency and reducing carbon emissions through innovative technical solutions. 

    With decades of hands-on experience in engineering management, systems integration, and cross-functional collaboration, Clive brings a detailed and pragmatic understanding of the challenges associated with emerging standards such as ISO/PAS 8800, he supports companies worldwide to improve their system engineering capabilities. His training reflects both technical expertise and a practical appreciation of real-world project delivery in modern automotive development environments.