Case Studies

A custom multiplayer card game built around serious systems. Every phase of play — dealing, turn resolution, scoring — is driven by explicit state machines so the flow stays deterministic even as the table grows.

The presentation layer runs on a professional UI Toolkit setup, with DOTween driving the animation so card movement stays responsive.

A multiplayer online chess game built in Unity with real-time networking, synchronized gameplay, and a responsive board interface for smooth competitive matches.

Implements complete chess rules, legal move validation, check/checkmate detection, and turn-based synchronization to ensure accurate gameplay.

A polished reimagining of the classic card game. The rules engine does real deck shuffling and probability calculations rather than rand()-and-pray, giving players a fair, analysable game.

The interface is responsive and deliberately clean — the kind of table you can run on a phone or a desktop and still read at a glance.

A retrospective collection of arcade classics built in Java — Snake, Breakout, Pac-Man, and Sokoban — alongside an original custom Puzzle Game.

Each title is its own clean Swing app: tight input, solid game loops, and no external frameworks hiding the fundamentals.

A Python application that recommends crops by combining three live inputs: soil analysis, GPS position, and real-time weather APIs.

Predictions run on a Random Forest classifier trained with Scikit-learn, so the recommendation is explainable by the features that drove it — not a black box.

An advanced integration of computer vision with robotics: hand gestures — including sign-language patterns — are translated into real-time robotic movement.

The vision pipeline detects and classifies gestures, maps them to control commands, and streams them to the robot with latency low enough for natural teleoperation.