I'm a second‑year Computer Science student specialising in Cyber Security. My favourite way to learn is through practical work — from building interactive front‑ends to small system prototypes. Most of these are still evolving, but each shows what I’m exploring and improving at the moment.
A collection of personal and coursework projects showing how I approach structure, design, and problem-solving through code.
A responsive Bible-reading web app styled like a physical book, featuring page-flip navigation, verse-based annotations, and user comments saved through Firebase authentication. Designed for focus and accessibility with a clean two-page layout.
A multi function productivity website with a windows XP inspired pixel art interface. Designed to help with organisation and work with a to-do list, pomodoro timers. sticky notes, lofi music and more, currently a work in progress.
A Python-based prototype for planning Underground routes using adjacency lists and pathfinding algorithms. Focused on clarity, efficiency, and applying data structures to solve real-world navigation problems.
Python, Java, JavaScript, HTML, and CSS (used for web projects).
Frontend: built responsive layouts with HTML/CSS/JS; currently learning React for component-based UIs.
Mobile: developed Android apps using Java and XML; exploring React Native for cross-platform builds.
Experience designing and structuring databases using SQL and Firebase (JSON-based) for data storage and authentication.
Comfortable using Windows, macOS, and Linux environments, Git/GitHub for version control, and the command line for setup and troubleshooting.
Cybersecurity, Networks, Software Engineering, UI/UX Design, Data Analysis, and Quantum Computing.
University of Greenwich, London
Networks, Information Security, Advanced Algorithms & Data Structures, Computational Methods and Numerical Techniques.
Designed a detailed network topology with VLANs, ACLs, and NAT.
Developed a London Underground Route Planner using Python data structures and pathfinding logic.
Created a concise incident response plan as part of information security coursework.
Paradigms of Programming, Algorithms and Data Structures, Introduction to Compilers, Advanced Mathematics for Computer Science, Computer and Communication Systems, and Principles of Software Engineering.
Self-study through YouTube tutorials and IBM SkillsBuild courses on Linux, Cybersecurity Fundamentals, Git/GitHub, and Quantum Computing.