Managing the development of live modelling software for the understanding, control and implementation of H2 in pipelines.Creating the next-gen of LEP systems.Designing & manufacturing the bleeding edge of modular waveguides.Expanding the potential & capabilities of HIP canisters via electroforming.

Researching & developing solutions for metallization of composites and production of metal-matrix composites.Developing the future of satellite components.Helping improve the future of the UK's gas network, developing solutions for hydrogen implementation.

Primarily involved with the development and production of high end composite components and assemblies for motorsport, automotive and aerospace projects.Additionally involved with the further development, improvement and optimization of new and existing projects.

▸Oversaw and was actively involved with the manufacture of and part tracking of every component on the team’s first 4WD electric vehicle.▸Analysed and reviewed all in-house designed components for “DFM”, to ensure their production, in the desired quality, respecting the available resources and limitations.▸Liaised and cooperated with outsourcing partners to facilitate the smooth and efficient exchange of information and raw material.▸Developed and improved the working relations between the FS team and the engineering faculty & workshop.▸Incorporated the Additive Manufacturing resource, established with the support of the engineering faculty, for initial stage prototyping and production of industry standards components.▸Mandated frequent and effective team wide communication, to maintain the clear and efficient day-to-day running, as well as long term organisation, situational awareness and planning.▸Ensured deadlines were kept and all available resources were used to their full potential.