12 of 12 Trade-off Analysis Jobs in the UK

lifecycle. Defining the Operational and System level architecture within an Architectural Framework using appropriate modelling tools. Ensuring traceability of the architecture to requirements. Capturing design trade off analysis and validating assumptions. ABOUT YOU Systems Engineering experience with a background in delivering hardware and software projects. Knowledge of MBSE, experience in one or more Architectural More ❯

lifecycle. * Defining the Operational and System level architecture within an Architectural Framework using appropriate modelling tools. * Ensuring traceability of the architecture to requirements. * Capturing design trade off analysis and validating assumptions. *ABOUT YOU* * Systems Engineering experience with a background in delivering hardware and software projects. * Knowledge of MBSE, experience in one or more Architectural More ❯

lifecycle. * Defining the Operational and System level architecture within an Architectural Framework using appropriate modelling tools. * Ensuring traceability of the architecture to requirements. * Capturing design trade off analysis and validating assumptions. *ABOUT YOU* * Systems Engineering experience with a background in delivering hardware and software projects. * Knowledge of MBSE, experience in one or more Architectural More ❯

lifecycle. * Defining the Operational and System level architecture within an Architectural Framework using appropriate modelling tools. * Ensuring traceability of the architecture to requirements. * Capturing design trade off analysis and validating assumptions. *ABOUT YOU* * Systems Engineering experience with a background in delivering hardware and software projects. * Knowledge of MBSE, experience in one or more Architectural More ❯

lifecycle. * Defining the Operational and System level architecture within an Architectural Framework using appropriate modelling tools. * Ensuring traceability of the architecture to requirements. * Capturing design trade off analysis and validating assumptions. *ABOUT YOU* * Systems Engineering experience with a background in delivering hardware and software projects. * Knowledge of MBSE, experience in one or more Architectural More ❯

stage R&D (TRL 2-4) through to advanced technology demonstrators (TRL5/6 and beyond). Systems Engineering : Lead the development of RF system architectures, including trade-off studies balancing performance, cost, time, and risk. Multi-Disciplinary Integration : Bring together specialists in antennas, RF components, signal processing, electronics, firmware, and software to deliver cohesive system … Electronic Warfare domains (or related). Understanding of RF subsystems, including antennas, front-end electronics, signal processing chains, and system integration. Proven track record of system design, trade-off analysis, and performance modelling. Experience developing early-stage concepts into technology demonstrators or operational prototypes. Excellent communication skills with experience in customer-facing roles and More ❯

programmes. Drive process improvements, mentor colleagues, and enhance engineering best practices. Define and manage system-level requirements, from stakeholder input through to compliance. Design system architectures, perform trade-off analyses, and guide project decisions. Provide technical leadership throughout the design, integration, validation, and commissioning phases. Engage with project managers, supply chain, production, and customers to ensure More ❯

candidate will also demonstrate the following: • Ability to think and act both strategically and tactically Proven experience in scouting vendors and negotiating commercials (including cost-benefit/trade-off analysis) • Proven success in delivering products and services in a high growth environment. Strong analytical and quantitative skills; ability to use hard data and metrics More ❯

Familiarity with version control systems such as Git. System-Level Understanding: Solid understanding of closed-loop control systems, orbital mechanics, and spacecraft dynamics. Ability to conduct detailed trade-off analyses to optimize AOCS design. Simulation and Testing: Experience with hardware-in-the-loop testing, satellite simulation, and AOCS algorithm validation. Ability to design and execute comprehensive More ❯

industry roles or military service. Strong grounding in statistics and its application to cost modelling, risk analysis, and parametric forecasting. Familiarity with business case development, trade-off analysis, and cost-benefit evaluations for stage gate or approval processes. Hands-on experience with various estimation techniques, including bottom-up, analogous, and parametric approaches More ❯

Ability to take a unit design from requirements through detailed design, system trade-offs, to prototyping, batch production, testing, and system integration Ability to perform trade-off analyses of candidate solutions to best meet system requirements Proficiency with electronic CAD packages (schematic capture, PCB layout, simulation, etc.) Experience in electronic component selection in accordance More ❯

efficiency and innovation. You will work with a dedicated team to understand industry trends, communicate with stakeholders, and develop detailed architectural feature specifications. Your role will involve deep analysis to meet power, performance, area, and bandwidth requirements, as well as collaboration with our research, modelling, and product teams to advance our technology roadmap. The successful candidate will have … within the graphics pipeline. Collaborate with cross-functional teams to define and deliver innovative solutions for both general-purpose and specialized compute within GPU architectures. Conduct deep architectural analysis to ensure alignment with power, performance, area, and bandwidth objectives. The main technical skills needed for the Senior Principal Graphics Hardware Architect role are: A background of 10+ years … of at least one modern 3D graphics API and its associated software ecosystems (e.g. Vulkan, DirectX, OpenGL ES, Metal). Expertise in power, performance, and area (PPA) trade-off analysis at the architectural level. Deep understanding of TPU architectures and their integration into graphics. Strong background in microarchitecture, hardware-software co-design, and performance More ❯