1 to 25 of 35 FMEA Jobs in the UK

5+ years of experience in product quality management in industries like medical devices, consumer electronics, or automotive. Strong knowledge of quality systems, tools, and methodologies (e.g., Six Sigma, Lean, FMEA, SPC). Experience with regulatory compliance and standards (e.g., ISO 9001, ISO 13485, FDA QSR). Excellent analytical, problem-solving, and communication skills. Proven leadership and project management abilities. Desirable More ❯

Days Holiday, Dental, BUPA, Workplace nursery scheme, Midday finish on Fridays, Enhanced family friendly policies, Wellbeing programme, Employee assistance programme including health and finance, Onsite subsidised canteen Skills: FMEA, DFM, DTC, SPC, Takt time, Automation, Production improvement, Lean manufacturing, Root cause analysis, Strong communicator, Analytical At Safran Electrical & Power, we recognise that aviation needs to innovate and change in order More ❯

verification and validation teams to support defect triage and resolution. Monitor regulatory standards, ensuring compliance with IEC 60601, ISO 14971, and other relevant frameworks. Conduct risk management activities, including FMEA, hazard analysis, and early-phase risk reviews. Provide technical input, risk assessments, and continuous improvement recommendations during project meetings. Support knowledge transfer across teams, mentoring and sharing expertise. Contribute to More ❯

relevant experience for the job. Previous experience of problem-solving tools e.g. Root Cause Analysis, 8 Disciplines of problem solving, Design of Experiments and Failure Modes and Effects Analysis (FMEA) in Manufacturing. Experience in working with Customer facing attribute delivery. Experience of PCDS and all engineering planning and delivery processes is essential i.e. RMDV, Virtual Series. Ability to negotiate with More ❯

Experience Design for automotive environments and safety-related hardware Functional safety hardware development PCB design layout and routing using PCB tools Design for reliability, component derating, and reliability analysis (FMEA) Design for manufacture, test, and qualification (EMC, environmental) EMC and environmental product testing Writing simple hardware test software Taking designs from architecture through to production Qualifications & Tools Experience Degree or More ❯

integration, verification, and validation across hardware and software components. Collaborate with cross-functional teams (mechanical, firmware, software, test) to define requirements and ensure seamless system integration. Conduct design reviews, FMEA, and documentation for regulatory and manufacturing compliance (e.G., CE, EMC). Skills & Experience needed for the Systems Design Engineer job based in Brackley; Degree in Electronic Engineering, Computer Engineering, or More ❯

tight deadlines. Ensure all process equipment meets regulatory and safety standards To conduct and document Layer of Protection Analysis (LOPA) in relation to SIL To support and contribute to FMEA's, PFMEA's, DFMEA;s, RCM studies in support of SIL activities Modifying PLC/HMI/SCADA programs and other programmable devices. Commissioning newly installed controls systems in accordance More ❯

STEM) Degree or equivalent qualification Awareness of the challenges posed by the environment that the product will be exposed to Experience in delivery of traditional safety analysis techniques such FMEA, HAZOP, FTA etc. Experience in compilation and delivery Safety Case Reports and other supporting safety documentation e.g. plans, process, requirements etc. Experience of development and working within a Projects Safety More ❯

some large contracts making it a great time to get on board. You will be working and collaborating with cross functional teams to improve manufacturing processes focusing on OEE, FMEA and reducing downtime, whilst leading technical support for process changes and product launches. This is a fantastic opportunity for someone looking to join a company offering a technical challenge and More ❯

low-voltage power systems commonly found in modern EVs In-depth understanding of EOL systems (e.g. ADAS, Fluid Filling, Wheel Alignment etc.) Experience with failure mode analysis methodologies like FMEA and fault trees Ability to understand complex manufacturing processes and systems Strong understanding of the electrical and software architecture of modern automotive vehicles Experience with integration and automation of manufacturing More ❯

models created by engineers and CAD/CAM/CAE designers. Skills Required: CAD skills to design and manipulate mechanical components. Detailed knowledge of GD&T. Working knowledge of FMEA and significant/critical characteristics. Experience of diecasting, injection moulding, machining, pressing, stamping, painting and other associated manufacturing processes. Understanding of different fixing methods and how to perform design calculations More ❯

models created by engineers and CAD/CAM/CAE designers. Skills Required: CAD skills to design and manipulate mechanical components. Detailed knowledge of GD&T. Working knowledge of FMEA and significant/critical characteristics. Experience of diecasting, injection moulding, machining, pressing, stamping, painting and other associated manufacturing processes. Understanding of different fixing methods and how to perform design calculations More ❯

system design Producing detailed engineering artefacts such as: Engineering Plans and Processes Documents System Element Descriptions Control and Monitoring Design Documents Interface Design Documents (IDDs) Failure Modes Effect Analysis (FMEA) Safety artefacts associated with ED109A Preparing operational instructions/training material for the software application and/or supporting tools. Assisting with the definition of overarching product concepts and software More ❯

system design Producing detailed engineering artefacts such as: Engineering Plans and Processes Documents System Element Descriptions Control and Monitoring Design Documents Interface Design Documents (IDDs) Failure Modes Effect Analysis (FMEA) Safety artefacts associated with ED109A Preparing operational instructions/training material for the software application and/or supporting tools. Assisting with the definition of overarching product concepts and software More ❯

precision Development of automated systems, incorporating mechanical, fluidic and electrical components Script and control test gear including pumps, actuators and sensors Design and implement test systems and protocols including FMEA, data acquisition and data analysis Required Skills & Experience Strong Mechanical Engineering background; Electronics knowledge a plus Proven experience in a similar role, ideally in product testing for manufacture Proficient in More ❯

guidelines. Stay up-to-date with industry trends, tools, and best practices to continually improve our documentation processes. You will have the following qualifications & experience Degree in STEM discipline. FMEA experience. Quality tool (SPC), TCE, NX, P6 (basic knowledge). Model Based Systems Engineering (MBSE) skills, including the use of Sparx Systems Enterprise Architect and IBM DOORS. Experience of working More ❯

of working in test applications. Experience of actuation systems would be beneficial. Working knowledge of the general Health & Safety Standards and safety risk reduction processes (such as HAZOP and FMEA) and design mitigation solutions. An ability to lead multidisciplinary engineering projects would be beneficial. Experience in project management; including project plans, budget/cost and risk in line with customer More ❯

of working in test applications. Experience of actuation systems would be beneficial. Working knowledge of the general Health & Safety Standards and safety risk reduction processes (such as HAZOP and FMEA) and design mitigation solutions. An ability to lead multidisciplinary engineering projects would be beneficial. Experience in project management; including project plans, budget/cost and risk in line with customer More ❯

Agency and HSE. Required Experience, Skills and Qualifications: Significant team leadership experience within a semiconductor manufacturing environment Significant experience of yield improvement activity and manufacturing processes Experience in SPC, FMEA, DOE, and lean manufacturing practices Demonstrated success in change management within a high-quality production environment MSc or higher in a relevant Engineering or Science discipline Apply Now: If you More ❯

OT and cybersecurity standards. Familiarity with training such as GIAC Response and Industrial Defense (GRID) Familiarity with engineering environments such as electrical substations Familiarity with Failure Effect Mode Analysis (FMEA) or similar Stakeholder-centric and willing to balance business benefits and security needs in a critical environment. Willingness to travel on occasion to Factory Acceptance Tests and operational sites. Candidates More ❯

Engaging with stakeholders to facilitate Right First Time delivery (incl. designers, client, site, and regulatory body (e.g. DNSR, ONR)). - Undertaking safety assessments and safety analysis (e.g. HAZID, HAZOP, FMEA, HAZAN, etc). - Producing safety reports and other technical documents (e.g. PSR, PCSR, ALARP reports, etc). - Support to Engineering Substantiation activities. - Managing/Leading Safety Case activities and teams. More ❯

System Testing and Validation: Ability to develop and implement test plans for HV components and systems, including validation of performance, reliability, and issue replication. Failure Mode and Effects Analysis (FMEA): Experience with FMEA for identifying potential failures and preventive actions. Data Analysis and Statistical Techniques: Skills in analysing data to identify trends and root causes of issues. Software Tools: Familiarity More ❯

design status and associated design evidence to demonstrate robust design solutions to internal teams, suppliers and external clients. To participate in and undertake work packages associated with Failure Mode and Effects Analysis of software components. To create and maintain Engineering Guides, Procedures and Standards in the area of control system design and development, to ensure learning is captured in the … LIN, etc. Skilled in the use of software coding tools and software validation tools such as Matlab, Simulink, C++, etc. Skilled in the application of the Design Failure Mode and Effects Analysis (DFMEA) process. Skilled in applying structured problem solving approaches and analytical tools such as 8D and Ishikawa. Skilled at working in a software quality management system and applying More ❯

design status and associated design evidence to demonstrate robust design solutions to internal teams, suppliers and external clients. To participate in and undertake work packages associated with Failure Mode and Effects Analysis of software components. To create and maintain Engineering Guides, Procedures and Standards in the area of control system design and development, to ensure learning is captured in the … LIN, etc. Skilled in the use of software coding tools and software validation tools such as Matlab, Simulink, C++, etc. Skilled in the application of the Design Failure Mode and Effects Analysis (DFMEA) process. Skilled in applying structured problem solving approaches and analytical tools such as 8D and Ishikawa. Skilled at working in a software quality management system and applying More ❯

with customers and cross-functional teams to deliver projects on time and to specification. Produce and maintain technical documentation, reports, and design justifications. Apply structured design approaches, including validation, FMEA, and problem-solving techniques. Ensure compliance with industry standards, approvals, and validation requirements. Qualifications and Experience Electronics Design Engineer with a proven track record of designing products for manufacture. Degree … Clear, concise technical writing and documentation. Eligible for SC Clearance Essential Skills Electronics hardware design (concept to production). Analogue and digital design with microcontrollers. Schematic capture (Altium). FMEA, validation, and structured design methodologies. Strong technical documentation and reporting. Desirable Skills Switched-mode power supply design. Microprocessors (8, 16, 32, 64-bit). EMC design best practice. Embedded programming More ❯