McDonald’s
Worked in a fast-paced customer environment where mistakes were visible immediately. Learned reliability, teamwork, and how to stay calm under pressure.
Final-year Computer Science student.
Digital Innovation Intern at Rolls-Royce Motor Cars.
I build systems that solve real problems. Most of my work sits somewhere between software, data, and automation. I like understanding how things actually work, from the data layer to the user interface, and then making them faster, simpler, and more reliable.
I am a Computer Science student on track for a First-Class degree, currently completing a placement year in Digital Innovation.
Over the past year, I have built internal tools, automation systems, and dashboards used in day-to-day operations. Most of my work has been under real constraints - limited access, legacy systems, and tight timelines - which taught me how to build practical solutions that actually hold up.
“Computer science is no more about computers than astronomy is about telescopes.”
Worked in a fast-paced customer environment where mistakes were visible immediately. Learned reliability, teamwork, and how to stay calm under pressure.
Strengthened fundamentals across software, data, and systems. Focused on building from first principles.
Engineered and implemented end-to-end systems, and built dashboards used by operational teams to track performance and make daily decisions.
Roles across software, platform, data, or systems engineering, ideally with end-to-end ownership.
Rolls-Royce Motor Cars • Jun 2025 to present
Built a database engine in C# with a CLI interface and a human-readable query language. Designed the parsing layer to ensure queries are expressive, deterministic, and maintainable.
Built a CPU using hand-placed wiring and logic components. Implemented a practical instruction set (add, sub, branch, compare) and demonstrated real programs, including Fibonacci and RGB graphics.
Built a system for tracking assets across the assembly line, with real time analytics dashboards and QR code scanning heuristics. Due to confidentiality, Specific operational logic is masked.