Two-day introduction to electric and automated vehicle architectures and to the design requirements that functional safety, SOTIF and cybersecurity place on them.
Gives the base knowledge needed to understand the design requirements of electric and autonomous vehicles from the perspectives of functional safety, the safety of the intended functionality (SOTIF) and cybersecurity. Day one covers electric vehicle architectures (motors, power converters, batteries and battery management, powertrain controllers), automated vehicle systems (perception and sensors, localisation and mapping, path planning and decision making, motion control), and overviews of ISO 26262, ISO/SAE 21434, ISO 27001, WP.29 and VDA ACMS with the nature of safety and cybersecurity requirements for these vehicles. Day two covers SOTIF principles, process flow and activities, analysis of SOTIF objectives for automated vehicle design, and the commonalities and design issues where safety and cybersecurity meet. Participants receive a seminar manual with breakout exercises.
Facilitator not identified in public sources checked.
Overview of electric vehicles · Overview of automated vehicles · Overview of functional safety and automotive cybersecurity standards
SOTIF principles, process flow and activities · SOTIF, functional safety and cybersecurity perspectives · Common design issues of safety and cybersecurity
Design accelerated tests to estimate how products perform over their service lives.
Three-day blended short course on the systems engineering and safety assurance of autonomous systems that use AI, from hazards and machine learning assurance to human-autonomy teaming and the autonomous systems safety case.
Two-day hands-on course on system and design FMEA using the AIAG-VDA seven-step approach, from boundary and P diagrams to risk analysis, optimisation and design verification planning (DVP&R), with an optional certification exam.