Mangkorn Yuan

I developed VR proof-of-concept demos for the Infiblue World game, setting the stage for future VR expansions. This project involved rapid prototyping and extensive mesh and texture baking optimizations to ensure smooth performance. The demos effectively demonstrated VR's potential within the game, receiving positive feedback and generating significant interest from investors and stakeholders.

This project involved creating a game demo featuring our protagonist riding the Mantis, an electric all-terrain bike by Rawrr, to showcase Infiblue World's partnership with the company. We obtained a 3D bike blueprint from Rawrr engineers and modified it for Unity. Using Blender, I manually simplified, merged, and cleaned the meshes, creating custom game-ready textures for the bike. The integration successfully showcased the seamless incorporation of real-world products into interactive game environments, paving the way for numerous partnership and sponsorship opportunities with other companies.

I led the development of an expansive open-world demo for Infiblue World's game. This project involved designing, animating, and coding all gameplay logic, including building construction mechanics and optimizing the game for mobile devices through techniques such as level streaming and occlusion culling. The result was a smooth and immersive open-world experience perfect for both hardcore PC gamers and those sneaking in some playtime on their lunch breaks.

This project integrated Mapbox SDK into the Infiblue World game to procedurally generate a world based on real-world geography. This involved manually preprocessing parcel data and creating custom tools to link building and parcel datasets. I also implemented a roof generation algorithm to enhance the visual realism of buildings. The integration provided a dynamic and visually detailed 3D map system, significantly improving the game's geographic accuracy and visual appeal.

At Purdue University, I developed a Unity framework for official research on gamer flow state in collaboration with professors from MIT, Princeton, and other prestigious institutions. In addition, I integrated player engagement analysis and data collection using AWS and PHP.

Post-graduation, I was contracted to expand and update the project. I integrated Unity's new input system for improved stability and responsiveness, revised game logic, and enhanced asset management using Unity's "ScriptableObjects" and "Addressables" features. As a result, the framework became more robust and efficient, supporting ongoing research into player engagement.

I designed and developed "Artist's Eye," an interactive educational game that challenges players to see the world from different perspectives. The game aims to build observation skills and foster self-development among teenagers. I collaborated closely with teachers and educators to ensure the game met their needs for teaching and engagement. The final product was well-received and is now used as a teaching tool in various educational settings.

I spearheaded the development and release of "Swat the Fly!," a hyper-casual mobile game that turns fly-swatting into an art form. Each session offers players a test of reflexes and a chance to uncover fortunes through mystical Lenormand cards hidden within the game. I composed original music for this project and modeled and animated all the characters. The game combines casual and supernatural elements to create a unique player experience.

I developed and released "Luci's Fall," a mobile game distinguished by its intricate balance of challenging gameplay mechanics and narrative elements featuring various mythological figures. I composed original music for the game and edited and animated ancient depictions of these mythical figures to create playable characters. The game has received positive feedback for its innovative use of historical art and engaging gameplay, offering a unique addition to the mobile gaming market.

I started the development of "Purgatorium," a spiritually inspired PC game that utilizes advanced graphics to improve visual storytelling. This project involved creating high-definition textures, dynamic lighting, and custom shaders to depict the protagonist's journey through his mind, resulting in a unique and surreal art style. I composed original music and modeled and animated all the characters.

Although the game development is on hold, the project highlights advanced graphics programming and artistic techniques, providing a solid foundation for future projects.