18 of 18 ISO 26262 Jobs in the Midlands

electrical circuits. Understanding of harmonised EU and UK directives for example, low-voltage directive. Understanding of cybersecurity for example, UNECE R155 and R156. Understanding of functional safety for example, ISO 26262. Good understanding of networking and signalling in commercial vehicle and embedded environments such as CAN, LIN, RS232, RS485, I2C and SPI. And, where applicable, their higher layer protocols. More ❯

functionality Perform unit testing (MIL/SIL) using GitLab pipelines Create and review software quality artefacts Investigate bugs and support software refinement Support functional safety documentation in alignment with ISO 26262 🧠 What We're Looking For ✅ Essential Skills: Control Engineering background with motion domain expertise Advanced Simulink/Matlab skills (MathWorks toolchain, TargetLink) Experience with CAN protocols (CANOpen … J1939, ISO14229, ISO14230) Strong understanding of systems engineering and requirements analysis 💡 Desirable Skills: Familiarity with dSPACE toolchain (ControlDesk, AutomationDesk) Knowledge of vehicle dynamics Awareness of ISO 26262 (Part 3) and ISO 21434 cybersecurity standards Experience with 8D/Fishbone analysis and automotive diagnostic tools Hands-on validation experience (rig/vehicle) Project tools such as JIRA Valid More ❯

embedded software in motion domain applications. 🌟 Desirable Skills Vehicle dynamics theory knowledge and real-world application. Familiarity with tools like dSPACE Scalexio , ControlDesk , AutomationDesk . Understanding of Functional Safety (ISO 26262) and Cybersecurity (ISO 21434) . Exposure to diagnostics (e.g. Corvus), system validation (rig & vehicle), and project tools like JIRA . 8D or fishbone root cause analysis More ❯

solving and debugging capabilities in embedded systems. Experience in automotive software development and testing processes. Familiarity with AUTOSAR architecture and concepts. Experience working on safety-critical software projects (e.g. ISO 26262 environments). Desired Skills: Experience with Analog Devices' wBMS/BMS chipsets. Knowledge of battery management systems and their software frameworks. Familiarity with automotive communication protocols (e.g. More ❯

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 test management More ❯

system specifications. - Ensure traceability and consistency across all levels (requirements, design, verification). - Collaborate with software and hardware teams to define interfaces and integration requirements. - Work in accordance with ISO 26262 to define safety goals, perform hazard analysis and risk assessment (HARA), and support safety case development. - Define system validation plans including test scenarios for vehicle dynamics, fail … You will have demonstrable experience in Jira toolsets, including but not limited to Confluence and Lucid. - Experience in delivery of safety critical active control systems and associated software to ISO26262 standards. - Strong knowledge of control systems, vehicle dynamics, and embedded systems. - Proficiency in tools like MATLAB/Simulink, INCA, CANape, CANalyzer, DOORS, or Polarion. - Experience with ECU development, chassis sensors More ❯

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 premium Midlands-based OEM , managing the … to simulate and validate control strategies. Translate stakeholder requirements into 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 … automotive motion/chassis control. Proven delivery of complex mechatronic systems from concept to production. Strong background in systems engineering , including requirements management and change control processes. Experienced with ISO 26262 functional safety for active control systems. Proficient in tools such as MATLAB/Simulink, INCA, CANape, CANalyzer, DOORS, Polarion . Solid knowledge of vehicle dynamics, control systems More ❯

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 premium Midlands-based OEM , managing the … to simulate and validate control strategies. Translate stakeholder requirements into 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 … automotive motion/chassis control. Proven delivery of complex mechatronic systems from concept to production. Strong background in systems engineering , including requirements management and change control processes. Experienced with ISO 26262 functional safety for active control systems. Proficient in tools such as MATLAB/Simulink, INCA, CANape, CANalyzer, DOORS, Polarion . Solid knowledge of vehicle dynamics, control systems More ❯

Support the implementation of fault handling solution for ECUs in AUTOSAR compliant framework, in an agile application life-cycle management meeting the JLR Quality Management System (CS QMS) and ISO26262 Standard Collaborate with System , hardware, Software and Functional safety teams to deliver E2E fault handling solutions Apply Systems Engineering methods to drive the design of complex safety critical hardware and … need to have to help you succeed here, including: Previous design and delivery experience with safety critical Autosar Classic & Adaptive based Automotive platforms Expert knowledge in delivering solutions for ISO 26262 Part 5, Part 6 Previous design experience with Safety micro controllers, Performance SOCs, power architecture and intra ECU communication Expert knowledge in capturing Hardware/Software platform More ❯

used in automotive embedded systems. Collaborate with hardware and systems teams on bootloaders, drivers, and automotive communication protocols (CAN, FlexRay). Ensure firmware meets automotive safety and security standards (ISO 26262, AUTOSAR). Participate in debugging, integration, and validation of embedded software. Support product certification and compliance activities. You Bring 3+ years experience Strong skills in C/ More ❯

Leading E2E fault handling system and software architecture design using MATLAB Simulink, Catia Magic MSOSA Implementing fault handling solutions within AUTOSAR frameworks, adhering to JLR Quality Management System and ISO26262 standards Collaborating with system, hardware, software, and functional safety teams Applying Systems Engineering methods to design complex safety-critical hardware and software platforms for ADAS applications Supporting test strategy development … and working with validation teams for test interface design Qualifications include: Experience with safety-critical Autosar Classic & Adaptive automotive platforms Expertise in ISO 26262 Parts 5 and 6 Experience with safety microcontrollers, SOCs, power architecture, and intra-ECU communication Proficiency in UML/SYSML for hardware/software platform solutions Understanding of Systems Engineering methodologies Experience with fault More ❯

in automotive/EV contexts. Knowledge of battery cell technologies, electrochemical behaviors, system-level requirements, material selection, manufacturing processes, and product development lifecycles, with familiarity in automotive standards (e.g., ISO 26262, UN 38.3). Proficient in advanced CAD modeling (e.g., 3DX) and MS Office; hands-on experience designing automotive parts, tools, and jigs for EV applications. Proven ability More ❯

and co-ordinate activities between all Stakeholders in order to deliver safety-related verification activities. Ensure common approach and common technical solutions where possible across all projects. Ensure that ISO26262 Part 6/Parts 4&5 are satisfied. Problems faced are difficult and often complex. Tasks include: Using requirements to derive test cases. Write test cases in gherkin (BDD) and … based on the system requirements (reviewed, approved, and baselined), considering the requirements verification criteria. Take into consideration the test methods and the methods for deriving the tests (according to ISO 26262-6.12) before test creation, mentioning them in the test. Provide detailed test description (test purpose) in natural language form pre-conditions test flow or test sequence … review). Freeze (baseline) the content of the test. Inform the Review Stakeholders to proceed the review activity (automatic notifications through state change - e.g. Review) Skills: Technical knowledge of ISO26262 Part 6/Parts 4&5 . Education: Degree or relevant equivalent experience preferred. Additional Information: This role is INSIDE IR35 = Do not miss out on your chance of interview More ❯

tracking software issues, generating reports, and measuring software quality metrics. In-depth understanding of automotive standards to ensure compliance with safety, quality, and regulatory requirements. Required Skills Knowledge of ISO/SAE 21434 and ISO 26262 is advantageous, adding expertise in securing and safety software systems. Ability to assess software performance, diagnose issues, and propose improvements efficiently. More ❯

tracking software issues, generating reports, and measuring software quality metrics. In-depth understanding of automotive standards to ensure compliance with safety, quality, and regulatory requirements. Required Skills Knowledge of ISO/SAE 21434 and ISO 26262 is advantageous, adding expertise in securing and safety software systems. Ability to assess software performance, diagnose issues, and propose improvements efficiently. More ❯

HV systems within the automotive sector Experience with battery systems , power electronics , DCDC , inverters , eAC , etc. Software: MATLAB , LabVIEW , CANalyzer , INCA , CANoe Familiar with FMEA , root cause analysis, and ISO 26262 Thermal & mechanical understanding of HV system components Excellent diagnostic and troubleshooting capability ? Additional Requirements: UK Class 3 license to test PHEV/BEV vehicles Clean UK driving More ❯

consultancy, particularly in the defence sector, including: Experience with software safety assurance; Writing safety case reports using GSN; Functional safety assessment and verification; Use of recognised standards (IEC 61508, ISO 26262, MIL-STD-882E, Def Stan 00-055); Work in one or more domains such as Air, Land, Maritime, or Nuclear. Experience supporting business development is desirable (training More ❯

by the line manager in connection with the job as may be requested. What You Will Bring: Proven experience in Software Requirements and Architecture. Strong background in Functional Safety (ISO26262) at the Software level. Expertise in SW Functional Safety Analyses (FMEA, FTA, DFA). Familiarity with tools such as Reliasoft FMEA, Isograph, Medini, Catia Magic MBSE, TRM. Ability to work More ❯