Responsible for: Analysis technique development. System optimisation, target setting and cascade on new electrified architectures. Supporting gateway filings. • Delivery of Transmission screening study for an Electrified Architecture. • Development of performance assessment tool for multiple torque source Hybrid Electric Vehicles.• System design for advanced electrified power packs. (Hybrids, Hydrogen, Fuel Cells, etc)• Model based systems engineering using SysML.

Responsible for: Wider systems analysis and system level problem investigation. Development of tools and techniques for FMEA detection events. • Root cause investigation on attribute shortfalls. • Problem solving on a tractive effort shortfall on a premium SUV.• Investigation into on EDU park pawl engagement failure. • Undertook my Greenbelt Project on cylinder pressure phasing effect on flywheel torsional vibration.

Responsible for: Analysis support for transmission delivery engineers. Developing processes and techniques. Supporting management and strategy meetings. • Torque converter selection on several engine programmes. • Updating internal standards and requirements for Torque converter delivery. • Automatic transmission drag analysis and testing support. • Development of new simulation tools

Responsibilities include:Delivering NVH testing and analysis on a wide variety of projects. Including verification testing of attribute delivery, problem solving and palliative development, system optimization, bench marking and target setting. Building and running multi-body system simulation models for concept simulation and issue resolution of NVH attributes. Preparing non-geometric and geometric data, running models, analysing results and presenting findings. • Rattle simulation on part time 4WD vehicle. ADAMS powertrain model correlated to acquired vehicle data. Model used to identify/confirm cause of rattle and suggest system and component changes to solve the issue. • Hybrid TPA to optimise powertrain mounting strategy. Used MBS simulation outputs and measured frequency responses functions to predict driver contact noise and vibration levels.• Lead on palliative trim pack development on vehicle with target shortfall• First point of contact for launch support on three premium sports car variants• Lead on investigation and solution of power-train integration vibration issue on a manual sports car• Design and product verification testing of NVH attributes.• Test engineer on several transmission development project.• Test engineer on several vehicle bench marking projects• Design engineer on a monorail transmission project• Bill of materials engineer on a project producing a new six speed dual clutch gearbox

My role was to design marine floatation buoys and provide engineering support to the sales team.• Performed engineering estimates, following customer specifications and typical operating assumptions, to allow for more accurate sales quotations• Designed large structural steelwork for buoys, with associated strength and stability calculations, based on best practice guidelines. • Improved a large standard flotation buoy, redesigning the steelwork, to allow the same performance to be achieved using cheaper materials• Designed the steelwork and aluminium superstructures for a series of navigation buoys.

My role was to design components for electrical connectors subjected to the extreme environments down oil wells.• Designed parts to specifications selecting appropriate materials based on operational requirements• Produced component and general assembly drawings using 2D and 3D CAD• Performed stress calculations, both by hand and using FEA software• Analysed potential failure modes of components• Supervised a 60 day design verification test, simulating part of the product in expected operating conditions