Design and build technical systems for games in addition to maintaining existing escape rooms.• Introduced new operational methods to improve working efficiency.• Broadened the range of components used to introduce greater simplicity and reliability in addition to reducing overall system cost.• Utilized practical skills to fix systems under time pressure, in addition to improving designs for greater durability and longevity.

Worked with a colleague on designing a Programmable Waveform Generator, a system which is used for testing devices during development. • Developed the multi-layer C code for the embedded STM32 board using only Low Layer Drivers from STM.• Developed the PC Utility, coded in Python using PyQt5 for the GUI.• Designed the analogue filters and Op Amp buffers for signal filtering and attenuation compensation.• Designed the custom PCB for the analogue electronics which the STM32 board fits onto.• Delivered a technical User Manual for the product, which includes tutorials on operation in addition to the technical specifications of the system for continued system development.

Worked with the Nuclear engineering team who support clients across the full nuclear fuel cycle.• Collaborated with senior engineers to substantiate the safe working lifetimes of components using Abaqus FEA software.• Designed tooling equipment, using Siemens NX CAD software, and delivered supporting documentation.• Delivered a business case with the Atkins Digital team for a Non-Contact Metrology equipment initiative which would create a new revenue stream and improving existing engineering work.

• Delivered an improvement to the Dynamon system which enables a more tailored recommendation to the client. Achieved this through creating a database compiling program using Python. • Delivered a program for modelling engine efficiency using Telematics data.• Ran as a team a large trial to validate the Dynamon modelling system and to demonstrate to prospective clients the services Dynamon can provide.