Development Technologies & Tools
Our comprehensive curriculum covers the essential technologies that power modern social casino game development. From foundational web technologies to advanced game engines, students gain hands-on experience with industry-standard tools.
Core Languages
- JavaScript ES6+ with modern syntax patterns
- TypeScript for large-scale game architecture
- HTML5 semantic markup and accessibility
- CSS3 animations and responsive design
- WebGL fundamentals for 3D graphics
Game Engines
- Phaser.js 3.x game development framework
- PixiJS for high-performance 2D rendering
- Three.js for 3D casino environments
- Matter.js physics engine integration
- Babylon.js advanced 3D game scenes
Development Tools
- Git version control workflows
- Webpack module bundling strategies
- Chrome DevTools performance profiling
- ESLint code quality enforcement
- Jest unit testing frameworks
Backend & APIs
- Node.js server-side game logic
- RESTful API design patterns
- Socket.io real-time multiplayer
- MongoDB game state management
- Redis session and caching strategies
Meet Your Lead Instructor
Dimitri Kozlov brings eight years of commercial game development experience to our September 2025 cohort. After building casino games for major European operators, he founded our practical curriculum around real-world challenges that students actually encounter in the field.
His approach differs from traditional computer science courses. Instead of abstract theory, Dimitri teaches through building actual slot machines, poker interfaces, and multiplayer tournament systems. Students write their first functioning casino game within two weeks of starting the program.
Technology Learning Path
Our 16-week intensive program builds technical skills progressively. Each module focuses on specific technologies while reinforcing previous concepts through increasingly complex projects.
JavaScript Fundamentals
Modern ES6+ syntax, async/await patterns, and object-oriented programming principles specifically applied to game development scenarios. Students master closures, prototypes, and event handling through building interactive slot machine mechanics.
Canvas API Mastery
HTML5 Canvas rendering techniques, sprite animation systems, and performance optimization strategies. Projects include creating spinning reels, card dealing animations, and particle effects for winning sequences.
Game Engine Architecture
Phaser.js framework deep dive, scene management, asset loading pipelines, and input handling systems. Students build complete poker games with dealer AI, betting logic, and tournament bracket systems.
Backend Integration
Node.js server development, database design for player progression systems, and real-time communication protocols. Final projects include multiplayer blackjack tables with persistent user accounts and social features.
Student Project Showcase
These projects represent the culmination of technical skills acquired throughout our program. Each demonstrates mastery of multiple technologies working together seamlessly.
Advanced Casino Tournament Platform
This multiplayer tournament system was built by three students during their final project month. The application handles real-time player matching, tournament brackets, and live leaderboard updates using Socket.io and Redis caching.
What impressed industry mentors was the sophisticated error handling and graceful degradation when network conditions fluctuate. The team implemented progressive web app features, making their casino games playable offline with state synchronization when connectivity returns.
Ready to Master These Technologies?
Our hands-on approach means you'll spend 70% of class time writing actual code, debugging real problems, and building portfolio projects that demonstrate your technical competence to potential employers.
Sasha Petrov
Frontend Specialist & Code Review Lead
"The best way to learn these technologies is by breaking things and fixing them. That's exactly what happens here every single day, and students love the challenge."
Program applications for autumn 2025 are currently being reviewed. Our small cohort size means personalized attention and direct access to instructors during development sessions.