Mechanical Design & Test Engineer

Mechanical Design & Test Engineer – Space SectorOur client, a leading organisation within the UK space industry, is seeking an experienced Mechanical Design & Test Engineer to play a key role in advancing their launch capability development, on a full-time contract basis.You’ll contribute to an exciting range of technologies and development activities, including:Composites fabricationInfrastructure and facility commissioningProduct development across multiple subsystemsIntegration, verification, and system-level testingKey ResponsibilitiesProduce detailed 3D CAD models and 2D manufacturing drawings (SolidWorks, Autodesk)Lead internal design reviews and support technical discussions with suppliers and clientsCollaborate with electronics engineers on subsystem integration including PCBs, sensors, and communications hardwareDevelop mechanical solutions across structures, propulsion, thermal management, and safety-critical systemsApply Design-for-Excellence (DfX) principles to improve manufacturability and serviceabilityCreate and execute comprehensive test plans, including shock, vibration, thermal cycling, and IP compliance testingAnalyse test data, drive design improvements, and contribute to prototype assembly and validationCommunicate technical information clearly within a multi-disciplinary engineering teamEssential Skills & ExperienceDegree in Aerospace, Mechanical Engineering, or equivalent professional experienceProven track record in mechanical design for complex electro-mechanical productsStrong proficiency in 3D CAD tools and Product Data Management (PDM) systemsHands-on experience with hardware verification and environmental testingUnderstanding of manufacturing processes such as CNC machining, injection moulding, sheet metal fabrication, and additive manufacturingEligibility for UK security clearance (BPSS)Desirable AttributesExperience working with composites and advanced material systemsFamiliarity with systems engineering methodologiesWorking knowledge of FEA and/or CFD analysis