Top Tech Jobs & Startup Jobs

Supports the design and development of mechanical and electromechanical systems for a Formula 1 wind tunnel model, test facility, and aero instrumentation. Responsibilities include creating mechanical parts, reviewing designs, improving system performance and reliability, applying FEA for validation, researching materials and technologies, and contributing to design processes and procedures.

Lead CAM programmers and oversee CNC programming operations for complex 5-axis milling components. Develop, optimize, validate, and simulate toolpaths; improve machining workflows, tooling, and manufacturability; maintain programming standards and documentation; and collaborate with engineering and production teams to meet manufacturing goals.

Owns IFS ERP support and improvement across supply chain and manufacturing operations. Responsibilities include stakeholder engagement, requirements gathering, troubleshooting, system configuration and customization, testing and UAT, operational reporting, user training, documentation, and compliance support. The analyst works across shop-floor and leadership teams, supporting modules including procurement, warehousing, inventory, quality, manufacturing, shop orders, product structures, routings, and shipments.

Own and improve finance systems, controls, and core accounting processes. The role involves configuring and maintaining systems, identifying process gaps, driving automation and digitalisation, strengthening internal controls, documenting workflows, supporting training, and partnering with Finance, Operations, IT, and Engineering stakeholders. The accountant will act as a systems subject matter expert and translate system capabilities into practical, scalable process improvements.

Provide cost insight and modeling for components, assemblies, tooling and programmes. Support early-phase cost estimation, influence design-for-cost, identify cost-reduction opportunities, and maintain cost models to improve predictability and efficiency under Cost Cap constraints.

Develop and improve CFD methodologies, validate numerical methods and turbulence models, and build robust automated workflows to support aerodynamic performance. Collaborate with aerodynamicists, software and process engineers, communicate results to stakeholders, and support technical growth within the CFD group.

Lead design and development of high-performance mechanical components (suspension, brakes, dampers, steering), owning projects from concept through manufacture, testing, and trackside validation. Produce mature CAD layouts and detailed designs, ensure manufacturability and integration across aerodynamics, performance, and manufacturing teams, mentor engineers, apply new materials and processes (including additive manufacturing and AI tools), and maintain rigorous documentation and quality standards.

Lead a team delivering vehicle performance simulation, model development, and simulator operations. Drive short- and long-term performance initiatives, collaborate with design, aero, strategy and race engineering, implement simulation tools, support race event analysis, and develop reporting and documentation processes to optimize vehicle dynamics and tire models.

Provide trackside electronic systems support for car operation: prepare, configure and calibrate data-logging and automotive electronics, resolve faults, ensure data accuracy, follow trackside procedures, and drive continuous operational improvements.

Lead aerodynamic development by analysing CFD and wind-tunnel data, defining aerodynamic structures, proposing and implementing new methods, coordinating development plans with management, contributing to whole-car performance discussions, and communicating findings to the Lead Engineer.