I am a semiconductor and optoelectronics enthusiast who has been part of a variety of individual and group multidisciplinary projects. In my time at Trinity College, University of Cambridge, I developed problem solving and design skills in projects ranging from developing graphene nanoribbon devices using an atomic force microscope (AFM) to creating a 2Mb/s optical fibre link from scratch and augmenting a C++ based Mars lander simulator to be more realistic. An array of projects in my Master's year enabled me to receive a Distinction grade. These include the major MEng project where I fabricated and characterised graphene devices, an optical network design project (between the cities of London, Manchester, Glasgow, Leeds and Birmingham) and an embedded system exploration project.My experiences at Carallon, UROP and CDAC have allowed me to incorporate best practices in PCB design, research and programming. They have allowed me to leverage skills in both industry and academia while adapting them to a given project. The dynamic environments in each of these (especially during COVID and periods that have been affected by the semiconductor supply chain crisis) has provided me with the opportunity to work closely with managers and peers to hone my soft skills.