12 of 12 Functional Safety Jobs in the West Midlands

Gaydon . Our Embedded Systems Solutions department (ESS) encompasses all activities outlined under the Automotive SPICE (ASPICE) process framework, including systems engineering, software engineering, coding, and all levels of functional testing. Beyond core development, ESS also integrates critical supporting processes such as project management, risk assessment, functional safety, and cybersecurity, ensuring compliance with ASPICE standards and delivering … a technically adept and methodical System Requirements Engineer to lead Level 5 requirements engineering and systems integration for cutting-edge Battery Management Systems (BMS). Youll drive hardware and functional integration of SDU controls, CSC modules, and WGM hardware, ensuring compliance, performance, and traceability throughout the development lifecycle. Area of Responsibility: Requirements Engineering Define, decompose, and manage Level … system requirements for BMS functional and hardware components Ensure traceability across architectural levels, safety requirements, and customer specifications Coordinate with verification teams to define test cases and support validation planning Functional Integration Integrate control functions across SDU, CSC, and WGM domains into a coherent system architecture Facilitate interface management and signal mapping across hardware and software components More ❯

Gaydon . Our Embedded Systems Solutions department (ESS) encompasses all activities outlined under the Automotive SPICE (ASPICE) process framework, including systems engineering, software engineering, coding, and all levels of functional testing. Beyond core development, ESS also integrates critical supporting processes such as project management, risk assessment, functional safety, and cybersecurity, ensuring compliance with ASPICE standards and delivering … strategies for advanced battery systems. You will be at the forefront of engineering innovation, helping build cutting-edge battery control functions, diagnostic algorithms, and fault detection solutions that ensure safety, reliability, and performance across a range of applications. Area of Responsibility: Diagnostic Algorithm Development Lead the design and implementation of model-based and data-driven diagnostic algorithms for lithium … Develop fault detection, isolation, and recovery strategies that integrate seamlessly with battery management systems (BMS) Identify root causes and failure modes using field data, lab tests, and analytical tools Functional Strategy & Systems Integration Collaborate with algorithm engineers, embedded software developers, and system architects to define diagnostic requirements Map failure paths and diagnostic coverage in alignment with functional safety More ❯

Gaydon . Our Embedded Systems Solutions department (ESS) encompasses all activities outlined under the Automotive SPICE (ASPICE) process framework, including systems engineering, software engineering, coding, and all levels of functional testing. Beyond core development, ESS also integrates critical supporting processes such as project management, risk assessment, functional safety, and cybersecurity, ensuring compliance with ASPICE standards and delivering … SOX (SarbanesOxley) compliance, algorithm validation, and advanced data analysis for next-generation battery management systems. Youll be part of a dynamic team driving innovation in energy storage technologies, ensuring functional integrity and regulatory alignment in algorithm development. Area of Responsibility: SOX Compliance & Controls Design, implement, and maintain control frameworks to ensure battery algorithm development aligns with SOX standards Collaborate … with internal audit, finance, and engineering teams to support documentation and testing of controls Prepare detailed reports and presentations for SOX control assessments Algorithm Development Work closely with cross-functional teams to design algorithms for battery state estimation, performance optimization, and degradation modeling Validate models using statistical methods and simulation tools to meet safety, efficiency, and reliability goals More ❯

Gaydon . Our Embedded Systems Solutions department (ESS) encompasses all activities outlined under the Automotive SPICE (ASPICE) process framework, including systems engineering, software engineering, coding, and all levels of functional testing. Beyond core development, ESS also integrates critical supporting processes such as project management, risk assessment, functional safety, and cybersecurity, ensuring compliance with ASPICE standards and delivering … direction and ensuring cohesive delivery of strategic initiatives across battery system programs. This role blends architectural foresight, program leadership, and agile orchestration to align multiple squads working on BMS functional integration, hardware enablement, and platform evolution. Area of Responsibility: Strategic Technical Leadership Define long-term BMS strategy, aligning control, software, and hardware roadmaps Lead architecture reviews and platform harmonization … deliveries Stakeholder Engagement Interface with engineering leadership, product owners, and supplier partners to secure alignment Report delivery health, technical maturity, and investment needs to senior governance forums Facilitate cross-functional collaboration in scalable design, compliance, and technical strategy Continuous Improvement & Governance Embed best practices across system design, traceability, and agile tools (Jira, Confluence, etc.) Promote excellence in software and More ❯

in Gaydon. Our Embedded Systems Solutions department (ESS) encompasses all activities outlined under the Automotive SPICE (ASPICE) process framework, including systems engineering, software engineering, coding, and all levels of functional testing. Beyond core development, ESS also integrates critical supporting processes such as project management, risk assessment, functional safety, and cybersecurity, ensuring compliance with ASPICE standards and delivering … to integrate these into the EDU. Challenge ePT requirements and ensure robust requirement EDU definition. Work closely with ePT system team. Lead FMEAs and input to manufacturing PFMEAs. Support Functional Safety, Cybersecurity and EMC activities to ensure compliance Acquire and evaluate competitor benchmark information to influence concept creation in early project phases Develop and record best practices and More ❯

Gaydon . Our Embedded Systems Solutions department (ESS) encompasses all activities outlined under the Automotive SPICE (ASPICE) process framework, including systems engineering, software engineering, coding, and all levels of functional testing. Beyond core development, ESS also integrates critical supporting processes such as project management, risk assessment, functional safety, and cybersecurity, ensuring compliance with ASPICE standards and delivering … reliable, secure, and high-quality embedded systems & solutions. The Role: As the Technical Delivery Lead for BMS Hardware Integration, you will own the technical vision and orchestrate the cross-functional delivery of hardware platforms supporting Battery Management Systems. This role covers the integration of SDU Controls, CSC modules, and WGM hardware with a focus on system safety, validation … of Responsibility: Technical Leadership & Integration Governance Set the technical roadmap for HW integration across SDU, CSC, and WGM domains Ensure alignment of HW interfaces and embedded system requirements Lead functional architecture definition and system interface control activities Squad Orchestration & Agile Delivery Drive PI planning, story mapping, and sprint velocity tracking for the HW Integration Squad Guide cross-disciplinary engineers More ❯

in Gaydon Our Embedded Systems Solutions department (ESS) encompasses all activities outlined under the Automotive SPICE (ASPICE) process framework, including systems engineering, software engineering, coding, and all levels of functional testing. Beyond core development, ESS also integrates critical supporting processes such as project management, risk assessment, functional safety, and cybersecurity, ensuring compliance with ASPICE standards and delivering More ❯

/SIL/HIL environments. Knowledge of automotive electrical and communication systems. Detail-oriented with the ability to deliver high-quality work at pace. Effective team player with cross-functional collaboration skills. Desirable Attributes:- Experience in automotive or aerospace embedded controls. Familiarity with ISO 26262 and functional safety principles. Experience with TRM (Dassault Systèmes), MISRA C, and More ❯

multiple teams and departments to deliver effective solutions. Desirable Skills, Knowledge and Experience: Automotive/Aerospace experience of delivering embedded controls software in a model-based environment. Understanding of functional safety and ISO 26262. Experience in writing and maintaining software requirements using TRM (Dassault Systems). Experience writing MISRA C compliant code. Experience with Infineon TriCore and DSP More ❯

multiple teams and departments to deliver effective solutions. Desirable Skills, Knowledge and Experience: Automotive/Aerospace experience of delivering embedded controls software in a model-based environment. Understanding of functional safety and ISO 26262. Experience in writing and maintaining software requirements using TRM (Dassault Systems). Experience writing MISRA C compliant code. Experience with Infineon TriCore and DSP More ❯

to work together with multiple teams and departments to deliver effective solutions. Desirable: Automotive/Aerospace experience of delivering embedded controls software in a model-based environment. Understanding of functional safety and ISO 26262. Experience in writing and maintaining software requirements using TRM (Dassault Systems). Experience writing MISRA C compliant code. Experience with Infineon TriCore and DSP More ❯

requirement specifications. Where the company's acceptance may require multiple stages of evaluation to develop a concept through system modelling and simulation Defining the product requirements – Including System, Legislative, Functional & Safety. Gain customer acceptance of any deviations/compromises to meet customer prioritisation of requirements. Creating architectural designs and managing interfaces between subsystems, and creating performance metrics to measure More ❯