Unity: Design & Deform Meshes for 3D Geometry Control

This advanced Unity course empowers learners to construct, manipulate, and transform 3D mesh geometry through procedural generation and dynamic interaction. Starting with foundational techniques such as uniform grid creation and mesh segmentation, students will progress through the development of curved primitives like rounded cubes and cube spheres, and culminate in implementing real-time mesh deformation systems that respond to user input. Throughout five progressive modules, learners will: • Construct structured meshes using code-driven logic • Design custom shaders and material-driven surface effects • Develop rounded and spherical geometries from base shapes • Apply transformation techniques to deform meshes interactively • Evaluate mesh uniformity, mapping accuracy, and visual consistency Emphasizing problem-solving, scripting fluency, and visual validation, this course is ideal for advanced Unity developers, technical artists, and game programmers who aim to master the procedural control and runtime transformation of mesh data

• Construct structured meshes using code-driven logic
• Design custom shaders and surface effects
• Develop curved geometries from base shapes
• Apply interactive mesh deformation techniques
• Evaluate mesh uniformity, mapping accuracy, and visual consistency

• Basic computer and internet skills
• Ability to read course instructions in English and complete short practice activities