Developed Skyfall Car, a twisted hyper-casual educational game built with Unity3D during my internship at Creative Software, created as part of a gamified learning platform delivered to multiple client organizations. The game combined fast-paced arcade gameplay with educational question-and-answer mechanics to create an engaging experience that encouraged both player interaction and learning retention. The project was successfully launched across more than four client platforms as part of the company’s educational gamification ecosystem.

The core gameplay revolved around controlling a continuously moving car across dynamically twisting platforms where players had to react quickly by turning left or right based on the direction of the track. Along the way, players collected coins and progression items while attempting to survive increasingly challenging movement patterns and gameplay speed.

A unique feature of the game was the integration of educational content directly into the gameplay loop. At randomized intervals during collectible interactions, educational questions would appear on-screen, requiring players to answer correctly in order to continue progressing through the game. Incorrect answers resulted in the game ending, creating a direct connection between gameplay performance and learning engagement. This approach helped transform traditional educational assessments into a more interactive and entertaining experience for users.

The game also included a corporate leaderboard system integrated with the educational platform used by client organizations. This allowed players to compete with other users across the platform, increasing engagement through score tracking, competitive progression, and gamified performance metrics within corporate and educational environments.

I contributed throughout the full game development lifecycle, including gameplay programming, educational system integration, UI implementation, leaderboard functionality, testing, debugging, optimization, and deployment. The project required close collaboration with development and QA teams to ensure gameplay stability, responsive controls, educational content integration, and smooth performance across supported platforms.

The game was deployed using Unity WebGL technology, enabling browser-based accessibility across multiple client systems without requiring additional installations. Significant focus was placed on optimizing performance, improving gameplay responsiveness, and ensuring reliable compatibility across web environments.

This project demonstrated experience in hyper-casual game development, gamification-based learning systems, educational content integration, leaderboard implementation, WebGL deployment, and collaborative production workflows while showcasing how Unity3D could be used to build engaging educational entertainment experiences for enterprise and learning platforms.