Master Mobile Game Algorithms That Actually Work
Learn the mathematical foundations behind successful mobile games through hands-on workshops and real algorithm implementation. Our programs start in September 2025.
Explore Our ProgramsReal Algorithms, Real Results
We don't just teach theory. Our workshops focus on algorithms that mobile game studios actually use in production. You'll work with pathfinding systems, procedural generation, and player behavior prediction models.
- A* pathfinding with dynamic obstacle handling
- Procedural level generation using cellular automata
- Player retention algorithms based on engagement patterns
- Real-time physics optimization for mobile devices
Three Learning Tracks
Choose the path that matches your current experience level. Each track builds practical skills through project-based learning.
Foundation Track
Start with basic game loops, collision detection, and simple AI behaviors. Perfect for developers new to game algorithms. Six-month program beginning October 2025.
Advanced Track
Dive into complex systems like neural networks for player modeling, advanced pathfinding, and performance optimization. Requires programming experience. Starts January 2026.
Specialist Track
Focus on specific areas like procedural generation, multiplayer synchronization, or machine learning integration. Three-month intensive programs throughout 2025-2026.
Learn From Industry Veterans
Our instructors have worked on games with millions of downloads. They've faced the challenges you'll encounter and know which algorithms work in practice versus just in textbooks.
Meet Our Instructors
Learn from developers who've implemented algorithms for games with millions of players. They bring real-world experience to every lesson.
Kasper Lundgren
The algorithms that work in academic papers often fail in mobile games. I teach the practical adaptations that keep players engaged while running smoothly on any device.
Elena Vasquez
Understanding player psychology is just as important as writing efficient code. My courses connect algorithm design with player behavior patterns to create truly engaging games.