I contribute to the design, manufacture and installation of high voltage direct current (HVDC) converter valves mainly for offshore wind farms to transmit renewable power to grid networks. As a mechanical engineer in a heavily electrical field, some of my roles include performing finite element analysis (FEA) for structural purposes as well as for dielectrically simulating high voltage conductors to assess the risk of discharge. Furthermore, I am working with the projects side of the engineering teams as well, which is extremely valuable experience as I am able to gain a better understanding of the wider scope.
What skills from your degree do you think you use most in your current job?
Communication. Throughout university, we were exposed to group project work with a variety of engineering disciplines, we had the opportunity to meet and learn from industry experts and absorb as much as we could from academic researchers. The range of different people that we communicated with at university is an essential experience in readiness for working in a global company, working towards pushing the boundaries of technology.
How has your career developed since graduating from the University of Birmingham?
I have been given responsibilities such as project engineer for large scale projects (10GW), exposing me to multiple departments working towards a common goal, as well as working in a consortium programme, working closely with other companies. I have had the opportunity to present a mechanical system which I have designed to the patent evaluation board within GE, to present my solution to reducing the downtime of power transmission from offshore wind farms during planned maintenance outages.