2 of 2 Functional Safety Jobs in Gaydon

advanced vehicle motion control systems, including electronic stability control (ESC), brake control, active suspension, and steering systems . You will be responsible for system architecture, requirements engineering, and ensuring functional safety compliance to standards like ISO 26262 . Function Overview You will support the delivery of the Driver Modes System across current and future vehicle platforms for a … Stakeholders Customers Product Owners Scrum Masters Technical Specialists Electrical, Design & Release (ED&R) Engineers Key Responsibilities Define system architecture for chassis motion control systems (braking, steering, suspension). Develop functional and non-functional requirements based on vehicle dynamics targets and OEM/customer specifications. Build system-level models (MATLAB/Simulink) to simulate and validate control strategies. Translate … detailed system specifications with full traceability. Collaborate closely with software and hardware teams on interface and integration requirements. Apply ISO 26262 principles: conduct HARA (Hazard Analysis & Risk Assessment), define safety goals, and support safety case development. Define and execute validation plans , including simulation, bench testing, and vehicle testing for dynamic performance, fail-safe operation, and edge cases. Ensure More ❯

technical point of contact for the test team, providing guidance and mentorship in test strategy, methodology, and execution. System Alignment: Collaborate closely with BMS System Engineers to understand all functional requirements and system-level behaviours. Test Case Development: Translate system requirements into detailed, structured, and traceable test cases in collaboration with test engineers. Peer Review: Conduct thorough peer reviews … of test cases to ensure completeness, correctness, and high coverage across all BMS functions. Coverage Analysis: Ensure test cases provide adequate coverage for functional, safety, and diagnostic requirements. Tool & Process Improvement: Support the development and refinement of test tools, automation frameworks, and processes to improve test efficiency and quality. Cross-Functional Collaboration: Work with software, hardware, and … Master’s degree in Electrical Engineering, Systems Engineering, or a related field. Strong understanding of BMS architecture, functions (e.g., SOC, SOH, balancing, thermal management, contactor controls, diagnostics etc), and safety standards (e.g., ISO 26262). Proven experience in test case development, test planning, and test coverage analysis. Familiarity with tools such as CANoe, Vector tools, MATLAB/Simulink, and More ❯