201 to 225 of 7,987 Validation Jobs in the UK

Aeroelastics to join our team. This engineer will work within a team responsible for all aspects of aircraft structural dynamics, from model development and validation to the prediction of flutter and the computation of ground and flight loads for the whole aircraft. As a Senior/Principal Engineer, responsibility will More ❯

developing models and running simulation analyses for a variety of reasons including (but not limited to): In support of equipment and system design activities Validation and derivation of system and equipment requirements Development of system control and monitoring algorithms Root cause analysis Technical report writing is also an important part More ❯

will include: ️ Create or coordinate the creation of artefacts such as the operations concept, functional and system architectures, requirement and compliance statements, verification and validation planning, optioneering assessments, design risk assessments (safety and CDM). Support integrated technical management (technical and project risks and issues, technical assumptions, design configuration, breakdown More ❯

or be capable of obtaining, UK security clearance (SC). Experience of the systems engineering lifecycle, including requirements management, system design process and product validation and verification. Good understanding and appreciation of all design disciplines, likely to have expertise in at least one. Ability to produce clear and concise technical More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

and mitigate technical risks, dependencies, and system interfaces . Analyse and interpret User Requirements Documents (URDs) , create and manage baselines . Define and execute validation and verification strategies for complex hardware/software systems. Collaborate within project teams to produce high-quality artefacts , from concepts to test readiness. Qualifications Skills More ❯

processes using cloud-native technologies (e.g. AWS Glue, AWS Lambda, AWS S3, AWS Redshift, AWS EMR). Develop and maintain data quality checks, data validation rules, and data lineage documentation. Collaborate with data analysts, data scientists, business stakeholders, and product owners to understand their data needs and translate them into More ❯

multiple sources. Champion best practices in data architecture governance, ensuring compliance with security and privacy regulations. Conduct rigorous data quality assessments, employing cleansing and validation techniques as needed. Construct robust data pipelines for cleaning, transforming, and aggregating diverse datasets. Collaborate closely with software development and product teams to align data More ❯

/Code first approach. Building and maintaining network monitoring, orchestration and automation solutions, including automated inventory reconciliation and remediation, workflow automation, automated network configuration validation, automated network health monitoring, automated alerts handling and incident remediation. Monitor the performance of our network infrastructure and develop automated solutions to address any issues. More ❯

automated reporting systems that provide actionable insights across all business functions with scheduled alerts and streamlined workflows Data Quality & Documentation: Ensure data integrity through validation checks and maintain comprehensive documentation of metrics, sources, and methodologies What We're Looking For 4+ years of professional experience in business operations analytics or More ❯

role will specifically involve leading the development of the Post Flight Analysis aspects of a future integrated software capability, which will enable the Generation, Validation and Analysis of Mission Data. The work is being carried out using Model Based Systems Engineering, modelling the solution within Cameo, and capturing requirements with More ❯

functionality; triage and troubleshoot complex user-reported system defects; assist in various system trouble shooting and balancing and correction efforts including analysis, verification and validation of issues and fixes. Conduct impact analysis of technology changes on business processes and existing technology. Assist in the development of data models and interface More ❯

Collaboration with other cross-functional teams. Applying best engineering standards and developing robust design practices. Occasionally travelling to customer sites for meetings or equipment validation – typically a few times per year (a few days up to 2 weeks). Essential qualifications: A relevant degree in Electrical, Electronics, Software Engineering or More ❯

crucial role in designing, optimising, and debugging complex hardware modules to achieve superior performance, efficiency, and reliability. You will: Collaborate with design, verification, and validation teams to develop advanced silicon solutions. Prepare detailed microarchitecture design specifications and execution plans aligned with project goals. Perform in-depth analysis and optimization of More ❯

Knowledge of the systems engineering lifecycle, particularly in the following areas: Problem definition Systems and Software Architecture Software Development and Qualification Integration, Verification and Validation It would be desirable if you had experience from some of the following: Working with related specialisms such as safety, security, or reliability Digital signal More ❯

systems Analyse scope and requirements, identify and solve problems Where required take responsibility for the entire product life cycle, including specification, software architecture, design, validation, production release and customer support for released products Provide innovative solutions to technical problems Work with-in an agile multi-disciplined team Be a key More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯

modelling methodologies such as PBPK/PBBM. Regulatory processes involving modelling and simulation tools, including interaction with regulatory authorities and authoring of regulatory documentation. Validation of PBPK/PBBM systems using credibility frameworks such as ASME V&V40. Proven team management experience and effective collaboration with stakeholders across departments. SKILLS More ❯