- Developer for the ESCRYPT CycurSoC project, an embedded cybersecurity software solution for contemporary and future SoC-based automotive ECUs. - Develop C and C++ software across multiple project features and write required technical documentation according to the ASPICE standard and the V-Model development framework.- Ensure code correctness by means of unit, integration and qualification testing as well as code coverage metrics encompassed in the CI/CD process. - Take part in code reviews and contribute efforts along with teams spanning 7 countries worldwide for several large clients in the automotive sector.

- Developed an in-house simulator to analyse the behaviour of refurbished refrigeration controllers by executing tests that aimed to replicate real world conditions. - Participated in the design and prototyping of printed circuit boards whose purpose was to regulate adequate power to the controllers under test and exercise all of their functionalities. - Responsible for programming C software so as to create the test suites that the controllers would be subject to.- Aided in the electronic repair of controllers for notable clients in the refrigeration industry.

- Development of a regression testing solution as part of my Master's thesis. - Programmed JavaScript and Python software as part of the solution's front end and back end, respectively. - Worked with Synopsys' VC Execution Manager Tool as the central element of the project.

- Design of a beyond visual line of sight communications solution for a UAV as part of my Bachelor's degree dissertation.- Solution's sofware was based on cellular communication, Bash scripting, USB/IP software and a VPN. - All software ran on a Raspberry Pi companion computer. Additional hardware included an ArduPilot Mega (APM) flight controller, Wi-Fi module, battery and GPS antenna.- Communication was successfully tested aboard a UAV at a distance of 40km from the earth station.

- Design and assembly of a line following robot for participation in the Robot@Factory competition of the National Festival of Robotics. - Involved C programming on the Arduino IDE on the software end and an Arduino board, motor drivers and infrared sensors for line detection on the hardware end.