As electric vehicles become increasingly software-driven, connected, and electrified, safety engineering extends well beyond traditional powertrain development. Modern EV platforms combine high-voltage systems, advanced power electronics, battery management systems, and safety-critical software that must work together to deliver safe, reliable vehicle operation.
SRES supports automotive OEMs, Tier 1 suppliers, and developers of advanced electric vehicle technologies throughout the product lifecycle. With decades of experience supporting electric propulsion systems, high-voltage architectures, and functional safety programs, we help engineering teams develop practical solutions aligned with ISO 26262 while addressing applicable FMVSS and UNECE requirements.
Our experience spans motor control systems, hardware and software development, high-voltage safety, and electromagnetic compatibility (EMC/EMI). We support engineering teams throughout the development lifecycle, helping them build safe, reliable electric vehicle platforms while meeting evolving regulatory and customer expectations.
Our consulting experience directly informs the professional training we deliver. SRES instructors are senior industry practitioners with decades of experience supporting functional safety, SOTIF, cybersecurity, autonomous systems, electric vehicle development, and AI safety.
In addition to our public training programs, we offer private and customized training for teams, combining instructor-led delivery with tailored content and discussion focused on your organization’s specific development challenges.
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A practical explanation of how unsafe control actions (UCAs) can be refined into functional, logical, and concrete test scenarios for automated driving systems—using STPA and the ISO 3450x scenario standards.
How do organizations build confidence in AI-driven, safety-critical systems when their behavior is learned from data rather than explicitly programmed? In this Fireside Chat, SRES
ISO/IEC TR 5469 provides foundational guidance on functional safety and AI systems, while ISO/IEC TS 22440 advances toward actionable engineering requirements. This article compares their roles, scope, and relevance for AI safety-related control systems.
We’re here to provide the guidance and support you need to navigate the complexities of engineering with responsibility and safety at the forefront.
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