3D Modeling of Mathematical Figures in Blender and SketchUp

Understanding geometric relationships and translating mathematical concepts into three-dimensional space is a valuable skill in visualization, design, and technical fields. This course introduces you to the core principles of computer graphics, guiding you through the practical fundamentals of modeling geometric structures using versatile tools like Blender, SketchUp, and 3ds Max. You will learn how to evaluate software capabilities, establish correct coordinates, and construct geometric forms with accuracy. What you'll learn: Understand core terminology and structural differences between 2D and 3D computer graphics; Compare graphic editors to evaluate their feature sets, advantages, and ideal use cases; Build foundational mathematical shapes and geometric primitives with precise measurements; Apply non-destructive modeling techniques to transform basic shapes into complex polyhedra; Structure scene hierarchies, basic lighting, and clean polygon topology for mathematical models; Prepare geometric models for digital export and modern rendering pipelines. The material begins with fundamental definitions and theoretical foundations of computer graphics before moving into written step-by-step modeling exercises. This beginner-friendly course requires no prior experience in 3D design or advanced mathematics. Start building your understanding of spatial geometry and turn mathematical concepts into structured 3D models today.