3D Modeling and Animation Course

Lesson 1 • Understanding 3D Coordinate Systems

Covers X, Y, Z axes, world vs. local space, and unit scale. Anchors all subsequent modelling and animation work to spatial logic.

Lesson 2 • Object Types and Scene Hierarchy

Differentiates meshes, lights, cameras, and empties. Teaches scene organisation as a prerequisite for complex multi-object projects.

Lesson 3 • Rendering Basics and Viewport Shading

Introduces solid, material preview, and rendered viewport modes. Gives students immediate visual feedback to evaluate their work throughout training.

Lesson 4 • Basic Transformations and Snapping

Covers translate, rotate, and scale operations with precision input. Precision transforms are foundational to clean, production-ready geometry.

Lesson 1 • Edit Mode and Mesh Components

Introduces vertex, edge, and face selection modes and their manipulation. Establishes the component-level control required for all polygon modelling tasks.

Lesson 2 • Modifiers for Non-Destructive Modelling

Introduces subdivision surface, mirror, and solidify modifiers. Non-destructive workflows preserve flexibility and accelerate iterative design.

Lesson 3 • Topology Principles and Edge Flow

Teaches quad-dominant topology, edge loops, and poles. Good topology prevents deformation artefacts and is mandatory for animation-ready assets.

Lesson 4 • Core Modelling Tools

Covers extrude, inset, bevel, loop cut, and knife tools. These operations form the primary vocabulary of polygon-based 3D modelling.

Lesson 1 • Retopology for Production Meshes

Covers manual retopology tools and shrinkwrap-based workflows. Converts high-poly sculpts into animation-ready low-poly meshes with clean edge flow.

Lesson 2 • Sculpting Primary and Secondary Forms

Teaches form hierarchy from large masses to fine surface detail. Structured form-building prevents overworked surfaces and maintains readable silhouettes.

Lesson 3 • Sculpting Mode and Brush Fundamentals

Covers brush types, strength, radius, and symmetry settings. Establishes tactile control over mesh surface before complex sculpting workflows begin.

Lesson 4 • Multires Sculpting and Detail Baking

Uses multiresolution modifier to sculpt detail across subdivision levels. Baking transfers high-res detail to normal maps for real-time use.

Lesson 1 • UV Mapping Concepts and Seam Placement

Explains UV space, texel density, and strategic seam placement. Proper seams minimise distortion and hide splits in low-visibility areas.

Lesson 2 • Unwrapping Methods and UV Editor

Covers smart UV project, angle-based unwrap, and manual packing. Efficient UV layouts maximise texture resolution across the asset surface.

Lesson 3 • PBR Material Workflows

Assembles physically based materials using albedo, roughness, metallic, and normal maps. PBR ensures consistent appearance across different lighting environments.

Lesson 4 • Procedural Texturing with Node Shaders

Builds material networks using noise, gradient, and texture coordinate nodes. Procedural textures are resolution-independent and fully non-destructive.

Lesson 1 • Light Types and Placement Principles

Covers point, spot, area, and sun lights with three-point lighting logic. Strategic placement defines mood, depth, and material readability in final renders.

Lesson 2 • HDRI and Environment Lighting

Uses high-dynamic-range images to simulate real-world ambient illumination. HDRI lighting provides accurate reflections and natural fill light for product renders.

Lesson 3 • Advanced Shader Networks

Builds complex materials including glass, subsurface scattering, and anisotropic shaders. Advanced shaders replicate real-world material behaviour for photorealistic output.

Lesson 4 • Compositing and Post-Processing

Uses render passes and compositor nodes for colour grading and effects. Post-processing elevates raw renders to broadcast and portfolio presentation standards.

Lesson 1 • Inverse Kinematics and Constraints

Sets up IK chains and bone constraints for animator-friendly controls. IK dramatically reduces keyframe count and simplifies limb animation for production.

Lesson 2 • Skinning and Weight Painting

Covers automatic weights and manual weight painting for precise deformation. Accurate weights prevent mesh pinching and collapsing during character movement.

Lesson 3 • Shape Keys and Facial Rigging

Uses shape keys for blend-based facial expressions driven by rig controls. Facial rigs enable lip sync, emotion, and corrective shape workflows in animation.

Lesson 4 • Control Rig and Custom Shapes

Creates animator-facing control bones with custom widget shapes and bone groups. A clean control rig separates deformation bones from animator interaction layers.

Lesson 1 • Walk Cycles and Locomotion

Builds a looping bipedal walk cycle using contact, down, pass, and up poses. Walk cycles are the benchmark animation test for rig quality and animator skill.

Lesson 2 • Graph Editor and Curve Editing

Manipulates F-curves to control easing, timing, and motion rhythm. Curve editing is where animation transitions from mechanical to expressive and believable.

Lesson 3 • Timeline and Keyframe Fundamentals

Covers inserting, moving, and deleting keyframes across the timeline. Keyframe management is the operational core of every animation workflow in production.

Lesson 4 • Applying the 12 Animation Principles

Implements squash-stretch, anticipation, follow-through, and secondary motion. These principles transform technically correct keyframes into emotionally resonant performances.

Lesson 1 • Final Sequence Rendering and Delivery

Renders a multi-shot sequence with consistent settings and compiles final output. Delivery-ready exports meet format, resolution, and frame-rate specifications for client handoff.

Lesson 2 • Camera Animation and Cinematography

Animates camera moves using paths, constraints, and cinematic framing rules. Camera work transforms a scene from a technical exercise into a directed visual story.

Lesson 3 • Physics Simulations and Dynamics

Configures rigid body, cloth, and particle simulations for automated motion. Simulations add physical realism that would be impractical to keyframe manually.

Lesson 4 • Scene Assembly and Asset Management

Links and appends assets across files using library override workflows. Structured asset management prevents duplication and enables team-based production scaling.