3d Modelling Course

Lesson 1 • Navigating the 3D Application Interface

Covers viewport controls, panel layouts, and tool shelves. Efficient interface use directly accelerates every subsequent modeling workflow.

Lesson 2 • Mesh Anatomy: Vertices, Edges, Faces

Explains the three fundamental mesh components and how they relate. Understanding mesh structure is prerequisite to any editing operation.

Lesson 3 • Understanding 3D Space and Coordinates

Introduces X, Y, Z axes, world vs. local space, and grid systems. Builds the spatial reasoning required for every modeling task ahead.

Lesson 4 • Primitive Objects and Basic Transforms

Introduces built-in primitive meshes and the move, rotate, scale transforms. These are the building blocks for all geometry creation.

Lesson 1 • Merging, Dissolving, and Deleting Geometry

Covers reducing and cleaning mesh data without breaking topology. Knowing when to remove geometry is as critical as adding it.

Lesson 2 • Extrude, Inset, and Loop Cut

Teaches the three most-used mesh editing tools for adding geometry. These operations form the backbone of polygon modeling workflows.

Lesson 3 • Proportional Editing and Soft Selection

Enables organic, smooth deformations across multiple vertices simultaneously. Bridges the gap between hard-surface and organic modeling approaches.

Lesson 4 • Bevel, Bridge, and Spin Tools

Introduces tools that create smooth transitions and complex forms. These expand modeling capability beyond simple extrusion-based shapes.

Lesson 1 • Subdivision and Mesh Density Control

Teaches subdivision surface modifiers and strategic loop placement for detail. Balancing density ensures performance without sacrificing visual quality.

Lesson 2 • Retopology Fundamentals

Introduces the process of rebuilding clean topology over dense or scanned meshes. Retopology is essential for game assets and animation-ready characters.

Lesson 3 • Principles of Good Topology

Defines edge flow, polygon count balance, and quads-first methodology. Good topology prevents artifacts in animation, subdivision, and texturing.

Lesson 4 • Topology for Animation and Deformation

Focuses on joint areas, muscle flow, and deformation-friendly edge loops. Proper deformation topology prevents mesh pinching during rigging.

Lesson 1 • Modular and Kitbash Modeling

Introduces reusable modular pieces and kitbash library construction. Modular thinking dramatically speeds up environment and prop production.

Lesson 2 • Hard-Surface Asset Finalization

Guides the process of preparing a hard-surface model for handoff or rendering. Covers final cleanup, pivot correction, and export-ready checks.

Lesson 3 • Boolean Operations and Workflow

Teaches union, difference, and intersect booleans for complex cutouts and joins. Booleans accelerate hard-surface modeling when combined with cleanup.

Lesson 4 • Hard-Surface Design Principles

Covers silhouette reading, panel language, and mechanical logic for believable objects. Design awareness elevates technical modeling into professional assets.

Lesson 1 • Body and Limb Construction

Builds torso, arms, and legs with deformation-ready topology. Limb construction requires understanding of anatomy and joint placement.

Lesson 2 • Organic Detail and Surface Refinement

Adds skin pores, wrinkles, and fine surface texture to organic models. Surface refinement distinguishes professional character work from student output.

Lesson 3 • Head and Face Modeling

Covers facial topology loops around eyes, mouth, and nose for deformation. Face modeling demands the most precise topology of any organic asset.

Lesson 4 • Digital Sculpting Fundamentals

Introduces sculpting brushes for adding organic surface detail and form. Sculpting complements polygon modeling for natural, flowing shapes.

Lesson 1 • Baking Texture Maps from High to Low

Covers normal, ambient occlusion, and curvature map baking workflows. Baked maps transfer high-poly detail onto optimized low-poly game assets.

Lesson 2 • UV Layout Optimization

Teaches packing UV islands efficiently to maximize texture resolution. Optimized layouts directly improve texture quality within a fixed texture budget.

Lesson 3 • UV Unwrapping Methods

Covers angle-based, conformal, and smart UV unwrap algorithms. Choosing the right method per surface type reduces manual correction time.

Lesson 4 • Multi-Material and UDIM Workflows

Introduces multiple material slots and UDIM tile-based UV layouts. UDIM workflows are standard in film and high-end game character pipelines.

Lesson 1 • Physically Based Rendering Principles

Explains PBR theory including albedo, roughness, metalness, and energy conservation. PBR knowledge ensures materials look correct across any lighting environment.

Lesson 2 • Lighting Setup for 3D Scenes

Covers three-point lighting, HDRI environment lighting, and area lights. Lighting is the single greatest factor in render quality and mood.

Lesson 3 • Node-Based Shader Creation

Builds materials using node graphs for flexible, non-destructive shading. Node-based workflows are the industry standard across all major 3D applications.

Lesson 4 • Camera Setup and Composition

Applies photography composition rules to 3D camera placement and lens settings. Strong composition transforms a technical model into a compelling image.

Lesson 1 • Portfolio Presentation and Self-Critique

Covers portfolio curation, image presentation, and structured self-evaluation. Professional presentation is as important as technical quality for career success.

Lesson 2 • Environment and Scene Assembly

Assembles modular assets into a cohesive scene with lighting and atmosphere. Scene assembly tests spatial composition and asset integration skills.

Lesson 3 • Production Pipeline Overview

Maps the full asset creation pipeline from concept to final delivery. Understanding the pipeline prevents bottlenecks and miscommunication in team environments.

Lesson 4 • Organic Character Portfolio Project

Produces a complete character model with clean topology, UVs, and shading. Demonstrates organic modeling competency for games, film, or VFX portfolios.