Blender Animation Course

Lesson 1 • Understanding the Blender Workspace

Covers the main editor types, header menus, and panel regions. Establishes spatial awareness of the interface as the foundation for all subsequent workflows.

Lesson 2 • Customising the Workspace for Animation

Guides you through saving custom layouts, splitting editors, and setting up the Animation workspace. Ensures an efficient environment before animation tasks begin.

Lesson 3 • Viewport Navigation and Display Modes

Teaches orbit, pan, zoom, and numpad shortcuts for 3D navigation. Connects viewport fluency directly to efficient scene inspection during animation.

Lesson 1 • Squash, Stretch, and Anticipation

Applies squash-and-stretch and anticipation principles using object scale keyframes. Connects classical animation theory to practical Blender transform animation.

Lesson 2 • Timing, Spacing, and Easing

Covers how frame count controls timing and interpolation controls spacing. You adjust ease-in and ease-out to create natural-feeling motion.

Lesson 3 • Arcs and Secondary Motion

Teaches arc-based motion paths and secondary object animation. Reinforces organic movement quality that distinguishes professional animation from mechanical motion.

Lesson 4 • Keyframes and the Timeline Editor

Explains keyframe insertion, deletion, and playback controls in the Timeline. Establishes the fundamental record-and-play loop central to all Blender animation.

Lesson 1 • Modifiers and Noise on F-Curves

Introduces F-Curve modifiers—Cycles, Noise, Envelope—for procedural motion variation. Extends manual keyframe animation with non-destructive procedural layers.

Lesson 2 • Editing Curves for Timing Refinement

Teaches box-select, proportional editing, and scale-time techniques in the Graph Editor. Enables rapid global and local timing adjustments without re-keying.

Lesson 3 • Graph Editor Interface Overview

Maps the Graph Editor's channels, curve display, and navigation controls. Provides the spatial literacy needed to read and edit F-Curves confidently.

Lesson 1 • Bone Constraints for Control

Applies Copy Rotation, Copy Location, and Limit constraints to bones. Gives animators predictable, bounded controls that prevent rig breakage during animation.

Lesson 2 • Custom Bone Shapes and Rig Controls

Creates custom bone display shapes and colour groups for animator-friendly rigs. Transforms raw armatures into intuitive control systems ready for production use.

Lesson 3 • Armature Creation and Bone Editing

Covers adding armatures, extruding bones, and setting bone rolls in Edit Mode. Establishes correct skeletal structure as the prerequisite for all rigging steps.

Lesson 4 • Skinning with Vertex Groups and Weights

Teaches mesh-to-armature parenting, automatic weights, and manual weight painting. Ensures deformations are clean and artefact-free before animation begins.

Lesson 1 • Run Cycles and Locomotion Variations

Adapts walk cycle techniques to run and sneak cycles with adjusted timing. Expands the animator's locomotion library for diverse character movement needs.

Lesson 2 • Pose Mode and Keyframing Characters

Covers Pose Mode selection, whole-rig keying, and pose copying tools. Establishes the character-specific keyframing workflow distinct from object animation.

Lesson 3 • Polishing and Refining a Shot

Applies curve smoothing, arc correction, and secondary motion to finalise a shot. Teaches the iterative review process used in professional animation pipelines.

Lesson 4 • Facial and Hand Animation

Animates facial shape keys and finger bone rigs for expressive performance. Adds the detail layer that elevates character animation from mechanical to emotional.

Lesson 1 • Camera Tracking and Follow Rigs

Uses Track To constraints and parenting to keep cameras locked on moving subjects. Enables dynamic follow shots without manual re-keying of camera orientation.

Lesson 2 • Framing Rules and Shot Composition

Applies rule of thirds, headroom, and lead room to camera placement. Connects compositional theory to practical camera positioning decisions in Blender.

Lesson 3 • Multi-Camera Scenes and Switching

Sets up multiple cameras and uses the Scene Camera marker system for cuts. Prepares you to manage multi-angle productions within a single Blender scene.

Lesson 4 • Animating Camera Moves

Keyframes pan, tilt, dolly, and crane moves with smooth easing curves. Teaches purposeful camera motion that serves narrative rather than distracting from it.

Lesson 1 • Cloth Simulation Setup and Control

Configures cloth presets, pinning groups, and collision objects for fabric animation. Teaches parameter tuning to achieve specific fabric behaviours like silk or denim.

Lesson 2 • Particle Systems for Animation

Creates emitter and hair particle systems with animated emission and forces. Extends animation capability to crowd-scale effects and environmental elements.

Lesson 3 • Rigid Body Simulation Basics

Sets up active and passive rigid bodies with collision shapes and physics properties. Provides the foundation for object-collision animation without manual keyframing.

Lesson 1 • Render Engine Selection and Settings

Compares Eevee and Cycles engines for animation use cases and configures core settings. Enables informed engine choice based on quality, speed, and hardware constraints.

Lesson 2 • Batch Rendering and Farm Preparation

Covers command-line rendering, render slots, and preparing scenes for render farms. Equips you to manage large animation renders efficiently in studio pipelines.

Lesson 3 • Output Format and Resolution Settings

Configures resolution, frame rate, output path, and file format for render jobs. Prevents common output errors that waste render time in production environments.

Lesson 4 • Compositing and Post-Processing in Blender

Uses the Compositor node editor for colour grading, glare, and lens effects. Adds a post-processing layer that enhances visual quality without re-rendering.