Building Games from Foundation to Launch
This program covers the complete development cycle from initial concept to published product. You'll work with Unity and C# to build functional game systems, understand performance optimization, and learn how to debug complex interactions. The curriculum focuses on practical problem-solving and technical skills used in actual game studios.
We structure the content around projects that gradually increase in complexity. Each module builds on previous knowledge, ensuring you understand why certain techniques matter before moving to advanced topics like shader programming and multiplayer architecture.
Core Modules
Each module addresses specific technical challenges you'll encounter when building games. The sequence follows a logical progression from fundamental programming concepts to specialized systems.
Game Mechanics & Physics
Character controllers, collision detection, rigid body dynamics, and custom physics solutions. You'll implement movement systems and understand how game engines handle physical interactions.
AI & Behavior Systems
State machines, pathfinding algorithms, decision trees, and enemy AI patterns. Learn how to create responsive NPCs that react to player actions in believable ways.
Multiplayer Networking
Client-server architecture, state synchronization, lag compensation, and authoritative server design. Build networked games that handle latency and maintain consistency across connections.
Graphics & Shaders
Rendering pipelines, custom shaders in HLSL/GLSL, post-processing effects, and optimization techniques. Understand how modern graphics APIs work and how to write efficient visual effects.
Performance & Optimization
Profiling tools, memory management, draw call reduction, and asset optimization. Learn to identify bottlenecks and implement solutions that maintain smooth frame rates across different hardware.
Publishing & Deployment
Platform SDKs, build pipelines, version control workflows, and release management. Prepare your game for distribution on Steam, consoles, or mobile platforms with proper testing procedures.
Program Timeline
Foundation Phase
C# programming fundamentals, Unity interface and workflow, version control with Git, and basic 2D game development. You'll create a simple platformer to understand core engine features.
Intermediate Systems
3D game mechanics, camera systems, UI implementation, audio integration, and particle effects. Build a third-person action game with combat mechanics and environmental interactions.
Advanced Development
Custom editor tools, procedural generation, advanced AI, multiplayer implementation, and shader programming. Create a networked multiplayer game with procedurally generated levels.
Production & Polish
Performance optimization, platform-specific builds, analytics integration, and beta testing procedures. Finalize your capstone project with proper documentation and prepare for release.