Cardiff, Wales, United Kingdom
Graduated with a 1st degree in Aerospace Engineering MEng and BEng level at the University of the West of England. The degree scheme heavily involved working in multiple groups simultaneously in different modules. Showing my passion and team spirit, to help create innovate projects and solutions to complex problems. Due to this, I thrive in fast-paced environments and team working activities. Additionally, I take challenges in my stride through adopting ambitious dissertation projects, which I always am fully committed to (even when odds are against me). Both my group and individual dissertations required me to step out of my comfort zone and find solutions to new problems. My dissertation allowed me the opportunity to develop my integrity, ensuring my work always meets ethical standards and is up to the standard of UK-SPEC.
Due to the immense success of my group project, and the newly self-taught state of the art software for the completion of the project, UWE has requested me to provide insight and tutorials on using such programmes. Modelling software GMSH, electromagnetism of Elmer FEM, Fluid flow of OpenFOAM, and a Linux based coupler EOF – Library, allowed the successful achievement of the project in electromagnetic levitation.
Continued research on my individual project from BEng with the university's funding support. This was due to the big potential it can provide within warehouse automation and warehouse management systems using drones.
A batch excess of Samsung and Apple phones from stores needed factory resetting, ensuring each model is wiped using extremely specific steps, while still meeting the daily quota. A fast passed, multi-tasking job that required outside of the box thinking to efficiently process the phones in time. Using their forum, I was able to pitch an innovative idea to the lead programmer for a more effective way of processing phones via the database. This was then implemented, increasing the amount of the daily quota.