I developed Triple-T Games, a fast-paced, Tung Tung Sahur-themed 2D minigame experience inspired by the rapid-fire structure of WarioWare, using the Godot 4.1 game engine. The project comprises five distinct microgames, each designed around a different gameplay paradigm, including physics-based platforming, precision clicking, AI-driven Pong, dynamic object interception, and a physics-intensive Snooker Rush. I am particularly proud of the project’s modular architecture, responsive gameplay systems, and sophisticated physics implementation, especially the utilisation of RigidBody2D, collision bodies, dynamic signals, scene groups, and deferred physics-safe transitions. Developing the project also presented several technical challenges, particularly in ensuring seamless scene transitions, synchronising global lives and progression across independent minigames, managing collision events without disrupting the physics engine, and creating consistent difficulty and timing systems. Players should know that the game is intended to be experienced as a rapid, reaction-oriented survival gauntlet: begin with five lives, navigate the sequence of challenges, make effective use of the settings and level-skip functionality, and attempt to survive the entire progression. The project can be played directly through the Itch.io browser-based demo, allowing the complete experience to be tested without additional configuration.

I developed Triple-T Games—a relentless, WarioWare-inspired 2D microgame gauntlet built in Godot 4 that thrusts players through a seamless sequence of high-stakes micro-challenges, ranging from precision platforming to dynamic spatial tracking. Bringing this vision to life meant pushing my engineering limits; my biggest hurdle was architecting a robust global state manager and deferred physics system to handle rapid scene swaps, custom setting toggles, and dynamic difficulty scaling without dropping frames or triggering crashes. I am immensely proud of the project’s modular foundation, smooth Tween-driven game feel, and code-driven signals that weave these chaotic minigames into a cohesive survival loop. To test your skill, dive into the live Itch.io demo or grab the standalone build, tweak your difficulty, and brace yourself—you have exactly five lives to survive the entire gauntlet.

I developed Triple-T Games, a relentless, WarioWare-inspired 2D microgame gauntlet built in Godot 4 that thrusts players through a seamless sequence of mechanical challenges ranging from precision platforming to dynamic spatial tracking. The most formidable challenge was architecting a robust global state manager and implementing deferred physics transitions to ensure the engine could handle rapid, asynchronous scene swaps without dropping frames or triggering collision-based crashes. I am immensely proud of the project’s modular foundation, particularly how it elegantly orchestrates dynamically instantiated entities and code-driven signal connections into a cohesive, high-stakes survival loop. To properly test the project, players should dive into the live Itch.io demo or download the standalone executable, bearing in mind that they possess exactly five lives to conquer all four rapid-fire levels and must brace themselves for instantaneous, unpredictable gameplay shifts.

I built AstroPulse, a dynamic daily start page that fetches and displays NASA’s Astronomy Picture of the Day using their public APOD API, built entirely with Vanilla JavaScript and Vite. The most challenging part of the project was securely managing my API key using environment variables and configuring a custom GitHub Actions workflow to automate deployment to GitHub Pages without exposing my secrets in the public code. I am particularly proud of how I handled the dynamic rendering of the API data—specifically writing conditional logic to seamlessly switch between rendering an <img> tag or a <video> iframe depending on what media type NASA sends that day—alongside implementing a custom, interactive rotating image animation with functional start/stop controls. To test the project, reviewers don’t need to clone the repository or install any dependencies; they can simply click the live GitHub Pages link to instantly view today’s space discovery, read the fetched description, and test the animation controls directly in their browser.