Unity: Design & Deform Meshes for 3D Geometry Control

About this course

Master advanced Unity mesh generation techniques by learning how to construct, modify, and transform 3D geometry through procedural workflows. In Designing and Deforming Meshes in Unity: Construct, Modify, and Transform 3D Geometry, you'll build custom meshes from the ground up, create rounded cubes and cube spheres, integrate shaders and colliders, and implement real-time mesh deformation driven by user interaction. You'll begin with the fundamentals of mesh construction, including Mesh Filters, vertices, UV mapping, and grid-based scripting. As you progress, you'll procedurally generate rounded meshes, organize and segment mesh data, enhance visual quality with custom shaders, and create mathematically accurate cube spheres with refined mapping. The course concludes with dynamic mesh deformation techniques using vertex grids, raycasting, force-based transformations, and runtime interaction. Designed for advanced Unity developers, technical artists, and game programmers, this course emphasizes procedural mesh creation, scripting, geometric accuracy, and visual validation. Each module builds on the previous one, helping you develop structured, optimized workflows for creating interactive 3D geometry in Unity. If you're looking to strengthen your procedural modeling skills and gain practical experience building responsive mesh systems, this course provides a focused, project-based path to mastering advanced mesh construction and deformation techniques in Unity.

Course objectives

• strengthen procedural modeling skills
• develop structured workflows for interactive 3D geometry
• gain practical experience in mesh systems