Building Procedural Mazes with Unity and Blender

Designing game environments by hand can limit replayability and take hours of manual effort. Procedural generation allows you to create endless, dynamic layouts automatically using code and modular 3D assets. This text-based course guides you through the entire process of planning, modeling, and coding your own automated level generators. You will learn how to design modular 3D wall and floor pieces in Blender, import them into Unity, and write clean C# scripts to assemble them into complex, solvable mazes. Along the way, you will explore algorithmic logic, configure pathfinding so characters can navigate your creations, and optimize performance using modern game development practices. What you'll learn: - Understand the foundational concepts of procedural generation and grid-based coordinate systems - Design modular 3D assets in Blender optimized for seamless grid-aligned assembly - Write C# scripts in Unity to generate random, fully connected maze layouts - Configure pathfinding systems to guide characters through dynamic environments - Apply ScriptableObjects to easily customize maze parameters, sizes, and styling - Implement basic object pooling to ensure high performance when spawning large environments The course starts with basic definitions of maze algorithms and grid structures before moving into hands-on asset preparation and step-by-step C# script construction. You will progress from a blank scene to a fully functional, optimized procedural level generator. This course is designed for beginner game developers and aspiring level designers who want to understand procedural logic. No prior experience with procedural generation is required, though a basic familiarity with the Unity interface and C# syntax is helpful. Read through the lessons and start generating your own endless 3D worlds today.