3D Character Modeling Course

Lesson 1 • Introduction to 3D Space

Covers X, Y, Z axes, world vs. local space, and coordinate systems. Anchors all future modelling decisions in spatial reasoning.

Lesson 2 • Primitive Geometry and Transforms

Teaches creation and transformation of primitive meshes. Provides hands-on experience with translate, rotate, and scale operations.

Lesson 3 • Basic Selection and Editing Modes

Covers object mode vs. edit mode and selection strategies. Learners gain control over individual mesh components for the first time.

Lesson 4 • Mesh Anatomy and Terminology

Defines vertices, edges, faces, normals, and topology terms. Shared vocabulary is essential for all subsequent modelling chapters.

Lesson 1 • Subdivision Surface Workflow

Explains subdivision modifiers and their effect on mesh smoothness. Learners learn to model with subdivision in mind from the start.

Lesson 2 • Mirroring and Symmetry Modelling

Teaches mirror modifiers and symmetry tools to halve modelling time. Symmetry is critical for efficient character body construction.

Lesson 3 • Merging, Dissolving, and Cleanup

Covers vertex merging, edge dissolving, and mesh cleanup workflows. Maintaining clean topology prevents artifacts during subdivision and rigging.

Lesson 4 • Loop Cuts and Edge Rings

Introduces loop cut insertion and edge ring selection for topology control. Proper loop placement drives clean deformation in later rigging chapters.

Lesson 1 • Human Body Proportions

Covers head-to-body ratios, limb lengths, and stylisation scales. Accurate proportions are the foundation of believable character design.

Lesson 2 • Blocking the Character Body

Guides learners through rough body blocking using simple forms. The block-out stage establishes mass and proportion before detail work.

Lesson 3 • Refining the Torso and Limbs

Adds anatomical surface detail to the blocked torso, arms, and legs. Learners apply loop flow principles to support muscle form.

Lesson 4 • Hands and Feet Construction

Covers the complex topology required for hands and feet. These extremities demand careful edge flow for both aesthetics and deformation.

Lesson 1 • Ear Modelling Techniques

Covers the complex folded geometry of the human ear. Ear topology is self-contained and connects cleanly to the head mesh.

Lesson 2 • Eye Socket and Eye Modelling

Builds the orbital loop structure and eyeball geometry. Eye topology must support blink and squint deformations for animation.

Lesson 3 • Head Shape and Skull Structure

Establishes the cranial volume and facial plane structure. Correct skull proportions underpin all subsequent facial feature placement.

Lesson 4 • Hair and Eyebrow Geometry

Introduces polygon hair cards and eyebrow strip geometry. Card-based hair is the industry standard for real-time character hair.

Lesson 1 • UV Fundamentals and Seam Strategy

Explains UV space, texel density, and seam placement logic. Strategic seam placement minimises visible texture stretching on characters.

Lesson 2 • Straightening and Relaxing UVs

Teaches UV relaxation, straightening, and distortion correction. Relaxed UVs ensure textures paint and bake without warping.

Lesson 3 • UV Island Packing and Layout

Organises UV islands efficiently within the 0–1 UV tile. Tight packing maximises texture resolution across the character.

Lesson 4 • Unwrapping Methods and Projections

Covers planar, cylindrical, and smart UV unwrap methods. Choosing the right projection per body region reduces manual correction time.

Lesson 1 • Baking High-to-Low Poly Maps

Covers normal, AO, and curvature baking from a high-res to low-res mesh. Baked maps transfer sculpted detail without extra geometry cost.

Lesson 2 • Shader Setup and Material Assignment

Assembles final PBR shader networks and assigns materials to mesh parts. Correct shader setup is required before rendering or engine export.

Lesson 3 • Painting Skin and Fabric Textures

Guides hand-painting and layer-based texturing for skin and clothing. Layered painting workflows allow non-destructive texture iteration.

Lesson 4 • PBR Material Fundamentals

Explains physically based rendering channels: albedo, roughness, metallic, and normal. PBR is the universal standard across game and film pipelines.

Lesson 1 • Facial Rig and Shape Keys

Creates blend shapes and bone-driven facial controls for expressions. Facial rigging enables the full range of emotion needed for animation.

Lesson 2 • Rig Testing and Pose Validation

Tests the rig through extreme poses to identify weight and constraint issues. Validation before handoff prevents costly fixes during animation.

Lesson 3 • Automatic and Manual Skinning

Teaches automatic weight generation and manual weight painting correction. Clean skin weights prevent mesh collapsing during character poses.

Lesson 4 • Inverse Kinematics Setup

Introduces IK chains for limbs and their pole vector controls. IK dramatically simplifies posing limbs compared to FK-only rigs.

Lesson 1 • Portfolio Documentation and Breakdown

Structures a professional character breakdown with wireframes and texture sheets. Clear documentation increases portfolio impact and client confidence.

Lesson 2 • Scene Lighting for Character Renders

Sets up three-point and HDRI lighting rigs for character presentation. Good lighting communicates material quality and form to reviewers.

Lesson 3 • Turntable and Pose Sheet Creation

Animates a turntable rotation and composes a multi-pose character sheet. These deliverables are standard portfolio and client presentation formats.

Lesson 4 • Game Engine Export Workflow

Exports character mesh, rig, and textures for real-time engine import. Proper export settings prevent scale, axis, and material errors in-engine.