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Student Game Projects

These are examples of the types of games our students build during their learning journey. Each project represents weeks of hands-on development work, combining technical skills with creative problem-solving.

Mystic Slots Adventure

Fantasy-themed slot game with progressive storyline

Complexity Level:
JavaScript ES6 Canvas API Web Audio Local Storage
  • Multi-reel spinning mechanics with authentic physics
  • Character progression system tied to wins
  • Dynamic sound effects and background music
  • Responsive design for mobile and desktop play
  • Save game state across browser sessions

What Students Learn Building This

Animation Programming

Creating smooth reel spins using requestAnimationFrame and easing functions

State Management

Handling game states, win calculations, and user progress tracking

Neon Poker Palace

Five-card draw poker with cyberpunk aesthetics

Complexity Level:
TypeScript CSS3 Animations SVG Graphics Fisher-Yates Algorithm
  • Full deck shuffling with cryptographically secure randomization
  • Hand ranking algorithm with tie-breaking logic
  • Card flip animations with 3D CSS transforms
  • AI opponent with adjustable difficulty settings
  • Tournament mode with bracket progression

Skills Developed Through This Project

Algorithm Design

Implementing card game logic, hand evaluation, and fair shuffling

AI Programming

Creating computer opponents with varying play styles and strategies

Try Our Sample Game

Experience what students create in their first month. This demo showcases fundamental game mechanics and clean code structure — the building blocks for more complex projects.

Play Demo Game

Blackjack Underground

Classic twenty-one with underground casino atmosphere

Complexity Level:
Vanilla JavaScript CSS Grid DOM Manipulation Event Handling
  • Standard blackjack rules with insurance and splitting
  • Smooth card dealing animations
  • Real-time hand value calculation display
  • Multiple betting options and chip stacking
  • Statistics tracking for wins, losses, and streaks

Core Programming Concepts Covered

Game Logic Flow

Understanding turn-based gameplay, win conditions, and rule enforcement

User Interface Design

Creating intuitive controls and clear visual feedback for player actions

Roulette Royale

European roulette with advanced betting systems

Complexity Level:
React Three.js WebGL Physics Engine
  • 3D wheel with realistic physics simulation
  • Complex betting grid with neighbor bets and call bets
  • Ball trajectory calculation with momentum decay
  • Historical results tracking with hot/cold number analysis
  • Custom betting patterns and strategy testing tools

Advanced Development Skills

3D Graphics Programming

Working with WebGL, 3D transformations, and realistic physics

Component Architecture

Building reusable, maintainable code with modern frameworks