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Developed an Android dashboard for adding, editing and filtering internship applications, including company, role, job link, application date, status, notes and attached CVs. A document library manages uploaded CV versions. A separate offline demo stores applications and imported CVs on the device without requiring cloud setup.

The cloud build uses Cognito authentication, API Gateway, Java 21 Lambda functions and DynamoDB, with private S3 storage and time-limited upload and download links. An asynchronous worker integrates OpenAI for job-specific CV tailoring, with editable DOCX output, preview and attachment to applications. CloudFront delivers public application tips.

Designed and implemented a fully functional CPU in Vivado, applying computer architecture and digital logic concepts to develop, integrate and test key processor components. The project involved translating theoretical hardware design principles into a complete working system, connecting individual components into a functioning processor architecture, and validating its behaviour through simulation and practical implementation.

Built an interactive airport flight simulator that turned raw flight data into a clear visual representation of airport activity. Developed the system responsible for organising flight and airport information, tracking scheduled and actual departure and arrival times. The simulator also identified delays and handled overnight flights. The project demonstrated the ability to transform large amounts of real-world data into a structured, user-friendly application that made complex flight operations easier to understand.

Created a turn-based RPG where players choose three of five supporting characters to join Niko Himura. The game combines character abilities, items, status effects and multi-phase combat with dialogue and animations.

Added five manual save slots and an opening autosave, restoring battles at a prepared player-turn boundary. AWS Lambda and Amazon Aurora DSQL store snapshots, inventory and combat history, including branches created by loading earlier saves. Amazon S3 and CloudFront serve the game assets; local development uses PGlite, a PostgreSQL engine.

Worked on an IBM client group project that introduced multiplayer functionality into TORCS, an open-source racing simulator. Configured multiple independent players so they could participate in the same simulation simultaneously. Customised the driving behaviour of different cars by adjusting their speed, steering, braking, cornering and traction characteristics, contributing to a multiplayer racing environment where each participant could operate independently and exhibit different driving behaviour.

Developed a collection of programs using the TI-84 programming language to explore mathematical computation, number conversion and calculator-based automation. Projects included a Gamma Function Calculator, Quadratic Equation Solver, Pythagorean Triple Generator and Polar-to-Rectangular Converter. Also built a Binary-to-Decimal Converter, calculators for hyperbolic sine, cosine, tangent, cotangent, cosecant and secant, plus a simple idle animation using print statements to demonstrate basic graphical and interface capabilities.