1 to 25 of 532 Validation Jobs in the South East

of these instruments through documentation, training, co-development and support, thereby ensuring their optimal reliability and scalability. Moreover, you will play a key role in defining the verification and validation strategies and mechanisms for the Oxa Driver Motion Planner. As a member of the Evaluators, Metrics and Tooling platform team, you will work closely with core robotics engineers to better … guidance to junior members Excellent written and verbal communication skills, especially in articulating complex technical concepts across company stakeholders Extra kudos if you have: Prior experience in verification and validation of on-road Motion Planning systems Understanding of decision making, trajectory generation and control algorithms Exposure to automotive testing and simulation frameworks (e.g. Applied Intuition, Carla, etc.) Extensive experience with More ❯

to verify system behaviors and performance predictions. • Systems Development Lifecycle (SDLC): o Lead or participate in all phases of the SDLC—from concept, requirements, design, implementation, integration, verification/validation, and deployment. o Support integration and test teams by defining verification and validation plans and criteria. o Participate in technical reviews and audits (PDR, CDR, TRR, etc.) and contribute to … shaping the future of aviation training. Within these roles you will be delivering high-performance, real-time systems for the aerospace industry. Responsible for overseeing system integration, verification, and validation of advanced flight simulation systems. This role will also involve direct customer interaction for system acceptance and ensuring the timely resolution of issues as they arise during development, testing, and … as intended. Troubleshoot integration issues, identify root causes, and develop solutions to ensure seamless system performance. Maintain and optimize system configurations for improved operational efficiency and system reliability. • Verification & Validation: Define and execute test plans to verify system performance, functionality, and safety. Ensure all simulation systems meet regulatory standards and performance metrics required for certification. Develop and conduct test procedures More ❯

simulations to verify system behaviours and performance predictions. Systems Development Lifecycle (SDLC): Lead or participate in all phases of the SDLC-from concept, requirements, design, implementation, integration, verification/validation, and deployment. Support integration and test teams by defining verification and validation plans and criteria. Participate in technical reviews and audits (PDR, CDR, TRR, etc.) and contribute to configuration management More ❯

Our client are seeking an RF Test Validation Engineer with a specialisation in RF/Electronics/Aerospace for a contract based in Portsmouth. The RF Test Validation Engineer will be responsible for the systems level preparation and execution of all test activities involving telecom payload up to the delivery to the Satellite Integration Facility. The RF Test Validation Engineer … the customer technical and schedule requirements using the most cost-effective methods. This role is critical to the success of each Payload Project as it is key to the Validation of Payload performance in front of our customers. The tasks will include planning and review of all payload test phases, provision of guidance and clarification to UK and Satellite Integration … Test, Analysis, Review of Design, Inspection) Responsible for definition of the Communications Module Test Strategy in line with requirements through Customer & Project liaison & negotiation. Responsible for managing repeater performance validation via test – equipment and repeater level. Definition of standard validation approach for new payload architectures. Identifying and implementing process improvements. Interface between customer representatives, payload project team and AIT-PTH More ❯

elements using toolsets such as MATLAB/Simulink/Python. • Assisting with definition and execution of system integration and testing. • Supporting senior engineers in the definition of Verification and Validation acceptance strategies. • Assisting with technical reviews of engineering technical documentation and design. Benefits: As well as a competitive pension scheme, BAE Systems also offers employee share plans, an extensive range More ❯

elements using toolsets such as MATLAB/Simulink/Python. • Assisting with definition and execution of system integration and testing. • Supporting senior engineers in the definition of Verification and Validation acceptance strategies. • Assisting with technical reviews of engineering technical documentation and design. Benefits: As well as a competitive pension scheme, BAE Systems also offers employee share plans, an extensive range More ❯

as intended. Troubleshoot integration issues, identify root causes, and develop solutions to ensure seamless system performance. Maintain and optimise system configurations for improved operational efficiency and system reliability. Verification & Validation: Define and execute test plans to verify system performance, functionality, and safety. Ensure all simulation systems meet regulatory standards and performance metrics required for certification. Develop and conduct test procedures More ❯

requirements and regulatory standards. Cross-Functional Support Support design and implementation teams throughout the engineering lifecycle. Contribute to internal training, service delivery support, and knowledge transfer. Participate in system validation and test planning, ensuring traceability from requirements to test cases. Requirements Degree (BSc/MSc/PhD) in Engineering, Physics, or a closely related field. Proven expertise in system modelling … CI/CD for algorithm or model delivery. Background in regulatory compliance or certification processes. Experience with digital twins or hardware-in-the-loop test environments. Support debugging and validation of algorithmic implementations on software and FPGA platforms. Collaborate during the implementation phase to align algorithmic requirements with hardware and firmware constraints. Translate modelling and simulation outputs into implementable specifications More ❯

protocols, human-machine interfaces, and associated supporting certification documentation Conducting requirements analysis and definition, System/Software Architecture/Design, Modelling and Simulation, Systems/Software Integration, Verification and Validation, and Safety Critical Development techniques Peer reviewing and technically guiding the work of others, producing size/re-use estimates, and reliably estimating your own work Liaising with customers on More ❯

drivers, protocols, human-machine interfaces and associated supporting certification documentation Requirements analysis and definition, System/Software Architecture/Design, Modelling and Simulation, Systems/Software Integration, Verification and Validation, Safety Critical Development techniques Peer review and technically guide the work of others, produce size/re-use estimates, reliably estimate your own work Liaise with customers on technical issues More ❯

drivers, protocols, human-machine interfaces and associated supporting certification documentation Requirements analysis and definition, System/Software Architecture/Design, Modelling and Simulation, Systems/Software Integration, Verification and Validation, Safety Critical Development techniques Peer review and technically guide the work of others, produce size/re-use estimates, reliably estimate your own work Liaise with customers on technical issues More ❯

drivers, protocols, human-machine interfaces and associated supporting certification documentation Requirements analysis and definition, System/Software Architecture/Design, Modelling and Simulation, Systems/Software Integration, Verification and Validation, Safety Critical Development techniques Peer review and technically guide the work of others, produce size/re-use estimates, reliably estimate your own work Liaise with customers on technical issues More ❯

design and integration of the solution. It is responsible for ensuring we design to cost and design for manufacture. Main responsibilities: Responsible for the full life cycle verification and validation activities required to formally evidence complex solutions as part of a system engineering approach. Create and maintain Systems V&V artefacts such as Strategies, Plans, Procedures, Matrices and Reports, to More ❯

Senior/Principal Systems Engineer Locations: Bristol, London, Manchester, Reading (Hybrid) Join us as a Senior/Principal Systems Engineering Consultant in Aerospace, Defence, Security and Technology (ADS&T). You'll lead teams that use Systems Thinking to analyse More ❯

Social network you want to login/join with: Senior/Principal Systems Engineer (MBSE), slough col-narrow-left Client: CBSbutler Location: slough, United Kingdom Job Category: Other - EU work permit required: Yes col-narrow-right Job Views: 4 Posted More ❯

Senior/Principal Systems Engineer £45,000 - £85,000 + excellent bens Bristol, London, Manchester, Reading (Hybrid) Join us as a Senior/Principal Systems Engineering Consultant in Aerospace, Defence, Security and Technology (ADS&T). You'll lead teams More ❯

on delivering impact and innovation at speed. The role We are seeking an experienced and driven Senior High Speed Electronics Engineer to play a key role in the development, validation, and optimisation of the high-speed electrical subsystems that power Flux’s Optical Tensor Processing Units (OTPUs). This position requires deep expertise in high-speed digital and analog design … signal integrity, and system-level validation. You will be instrumental in ensuring performance, reliability, and scalability from prototype to production, including the validation of silicon devices and development of automated test infrastructure. Collaborating with multidisciplinary teams, you will help bridge the gap between silicon, board-level hardware, and full system integration. Responsibilities Design and develop high-speed electronic circuits including … SERDES interfaces, clocking networks, and memory interconnects (e.g., PCIe, DDR4/5, Ethernet). Conduct comprehensive silicon validation, including bring-up of custom ASICs and validation of electrical interfaces under real-world conditions. Develop and deploy automated hardware test setups for board-level and silicon validation, integrating scripting and measurement tools (e.g., Python, LabVIEW, or similar). Lead signal integrity More ❯

drivers, protocols, human-machine interfaces and associated supporting certification documentation Requirements analysis and definition, System/Software Architecture/Design, Modelling and Simulation, Systems/Software Integration, Verification and Validation, Safety Critical Development techniques Peer review and technically guide the work of others, produce size/re-use estimates, reliably estimate your own work Liaise with customers on technical issues More ❯

product lifecycle development, from concept to qualification and production. Perform circuit design, schematic capture, PCB layout, and simulation. Develop and integrate FPGA-based and embedded systems. Conduct hardware testing, validation, and verification, ensuring compliance with industry standards. Collaborate with multidisciplinary teams, including software, systems, and mechanical engineers. Support hardware troubleshooting, failure analysis, and root cause investigations. Ensure designs meet EMC More ❯

level implementation of the design Overseeing layout implementation and performing post layout simulations and optimization Hands on lab checkout, silicon learning, and debug Supporting post-silicon activities including product validation, characterization, and production test Required Skills and Qualifications: BSc, MSc, Meng or PhD in Electrical Engineering (or related fields) with proven and relevant professional experience in mixed signal CMOS circuit More ❯

term collaboration and strategic advisory support. Support bids and proposals by providing technically credible, commercially viable solutions. Lead systems lifecycle management, overseeing key processes such as requirements engineering, verification & validation, and system integration. Facilitate workshops and technical discussions, ensuring alignment between engineering teams and business objectives. Balance technical innovation with commercial strategy, ensuring solutions are cost-effective, scalable, and deliver More ❯

Engineer, working collaboratively with other engineering managers, is responsible for ensuring the customer needs are understood and met, and at a systems level manages aspects such as system risk, validation and verification circles, and compliance to regulatory needs. Roles and Responsibilities Manages workload/output to ensure projects meet or exceed performance, function and regulatory requirements Utilises tools and methods More ❯

Engineer, working collaboratively with other engineering managers, is responsible for ensuring the customer needs are understood and met, and at a systems level manages aspects such as system risk, validation and verification circles, and compliance to regulatory needs. Roles and Responsibilities Manages workload/output to ensure projects meet or exceed performance, function and regulatory requirements Utilises tools and methods More ❯

and undertake development novel solutions to evolving technical challenges and emerging issues that our customer community are facing Support multi-disciplined engineering teams in the realisation, implementation, verification and validation of algorithmic and design solutions for deployable radar systems Drive, conduct and underwrite system performance analysis and design trade-offs of principle system parameters in order to characterise and define More ❯

Employee assistance program providing mental health and wellbeing support What the role will involve The responsibilities of your role will include the following: Performing technical planning, integration, verification and validation, cost, risk and supportability and effectiveness analyses for total systems. Analyses are performed at all levels of total system product to include: concept, design, fabrication, test, installation, operation, maintenance and More ❯