Overall responsibility for planning, scheduling, and overseeing all design and support activities within the company - including management of consultancy projects, all sales support activities, customer support / training and professional development of the engineering team.

Key responsibilities include: - account holder for leading defence company. - developing relationships, growing business and developing extensive customer networks. - commercial review of proposals, estimates and documentations for bids. - identifying new business initiatives including the development of new services.Key achievements include generated new work stream within existing account worth £0.5M in the first year.

- Lead consultant of thermo-fluid dynamic projects for clients across the defence and energy sectors. - Identification, interpretation, analysis and resolution of complex plant performance issues for thermal power stations including biomass and energy from waste across the energy sector with presentation to Board level of practical solutions and mitigations.

- Consulted on fluid dynamics projects using advanced CFD methods for a wide range of problems from atmospheric modelling through to turbomachinery. - Played a key role in generating and developing new business streams in the Energy sector and driving forward the company's technical capabilities. - Lead engineer in the Plant Performance Modelling Group developing validated heat & mass balance models with specialism in steam turbines, condensers and heat exchangers.

- Principle investigator, solely responsible for the direction of research and management of budgets. - Research focused on advanced CFD methods and workflows, compressor aerodynamics and heat transfer. - Girton Rugby Club Tresurer (Fellow Representative) 2010 - 2011

Key responsibilities include: - Supporting the use of the Rolls-Royce CFD software, within the university. This involved advertising functionality, software administration, support and training.Key achievements include developed new methodology and workflow for the design of aggressive compressor interspool ducts allowing for a 25% reduction in length or increase in radius change without an increase in loss or flow distortion.