Game Development Projects
Explore the casino games our students build while mastering JavaScript, HTML5 Canvas, and modern web technologies. These projects showcase real programming skills applied to engaging gaming experiences.
Midnight Roulette
Our advanced JavaScript cohort is developing this European roulette simulation as their capstone project. The game features authentic wheel physics, betting systems, and statistical tracking.
Students work with Canvas API for the spinning wheel animation, implement probability algorithms for realistic outcomes, and build responsive interfaces that work across devices. The project teaches event handling, state management, and complex mathematical calculations.
Development started in September 2025 with the current cohort. They're tackling challenges like smooth animations at 60fps, mobile touch controls, and creating visually appealing particle effects for winning combinations.
Try Our Student Demo
Experience a working game built by students in our web development program. This blackjack simulation demonstrates card dealing algorithms, game logic implementation, and user interface design principles.
Built using vanilla JavaScript and HTML5 Canvas, this project showcases how students apply programming fundamentals to create interactive experiences. The code includes deck shuffling algorithms, hand evaluation logic, and dynamic scoring systems.
Neon Slots
A vibrant slot machine game that teaches students about random number generation, symbol matching algorithms, and CSS animations. Students learn to create engaging visual feedback and implement payout calculations.
This project introduces concepts like weighted probability distributions and helps students understand how random events can feel fair while maintaining mathematical house edges.
Poker Hand Analyzer
Students build a Texas Hold'em hand evaluation system that processes card combinations and determines winning hands. This project strengthens logical thinking and algorithm design skills.
The challenge involves creating efficient sorting algorithms, implementing complex conditional logic, and building user-friendly interfaces that clearly communicate results to players.
Dice Dynasty
A multiplayer dice game that introduces students to real-time communication using WebSockets. Players join virtual tables and compete in turn-based gameplay with live score updates.
This advanced project covers client-server architecture, data synchronization, and handling multiple user sessions simultaneously. Students gain practical experience with modern web development patterns.
Student Development Journey
Our game development curriculum follows a structured progression that builds programming skills through increasingly complex projects. Students start with basic concepts and advance to sophisticated gaming systems.
Foundation Phase (Weeks 1-4)
Students master HTML structure, CSS styling, and basic JavaScript. They create simple card games and dice rollers while learning fundamental programming concepts like variables, functions, and event handling.
Interactive Systems (Weeks 5-8)
Focus shifts to building responsive game interfaces and implementing game logic. Students work on projects like memory cards, tic-tac-toe, and simple slot machines using Canvas API and advanced CSS animations.
Advanced Gaming (Weeks 9-12)
Students tackle complex projects involving probability calculations, state management, and multi-component architectures. They build games like poker analyzers, roulette wheels, and multiplayer experiences.
Capstone Project (Weeks 13-16)
Individual or team projects where students design and build complete gaming applications. Recent projects include social tournament systems, progressive jackpot simulations, and mobile-responsive gaming platforms.