Blender Modeling Course

Lesson 1 • 3D Viewport Navigation Techniques

Teaches orbit, pan, zoom, and numpad shortcuts for precise viewport control. Directly enables efficient object inspection during all modelling tasks.

Lesson 2 • Customising Preferences and Shortcuts

Configures input devices, theme colours, and keymap overrides for personal efficiency. Reduces friction in later modelling sessions by tailoring Blender to individual workflows.

Lesson 3 • Understanding the Blender Interface

Covers the header, Properties panel, Outliner, and Timeline regions. Establishes spatial awareness of every UI element needed throughout the course.

Lesson 1 • Applying Transforms: Move, Rotate, Scale

Teaches G, R, S shortcuts with axis constraints and numeric input for exact values. Accurate transforms underpin all subsequent modelling precision.

Lesson 2 • Object Hierarchy and Parenting

Covers parent-child relationships, keep transform options, and hierarchy visualisation. Hierarchies are essential for organising complex multi-object scenes.

Lesson 3 • Pivot Points and Origins

Explains pivot point modes including individual origins, median, and 3D cursor. Correct pivot selection prevents common scaling and rotation errors.

Lesson 4 • Object Selection Methods

Introduces click, box, circle, and lasso selection tools with modifier keys. Precise selection is the prerequisite for every transform and edit operation.

Lesson 1 • Entering Edit Mode and Mesh Components

Introduces vertex, edge, and face select modes and their visual indicators. Understanding mesh components is the foundation of all polygon modelling.

Lesson 2 • Proportional Editing and Soft Selection

Applies proportional editing to create smooth organic deformations across mesh regions. Enables natural-looking surface adjustments without manual vertex-by-vertex editing.

Lesson 3 • Merging, Dissolving, and Deleting Geometry

Teaches Merge at Centre, Dissolve Edges, and Delete vs. Dissolve distinctions. Proper cleanup prevents topology errors that break shading and subdivision.

Lesson 4 • Essential Mesh Editing Tools

Covers Extrude, Inset, Loop Cut, and Bevel for shaping geometry. These tools form the core toolkit used in every modelling project.

Lesson 1 • Boolean Modifier for Cutting and Joining

Performs Union, Difference, and Intersect Boolean operations for complex shapes. Booleans enable rapid hard-surface detailing that would be tedious with manual topology.

Lesson 2 • Subdivision Surface Modifier

Uses Subdivision Surface to smooth low-poly meshes while preserving control loops. Mastery of this modifier is central to hard-surface and organic modelling alike.

Lesson 3 • Mirror and Array Modifiers

Applies Mirror for symmetrical modelling and Array for repeated geometry patterns. Both modifiers dramatically accelerate production of symmetrical and tiled assets.

Lesson 4 • Solidify, Bevel, and Screw Modifiers

Adds thickness, chamfers, and lathe-style geometry using procedural modifiers. These tools handle common production tasks without manual geometry construction.

Lesson 1 • Blocking Out Complex Shapes

Uses primitive stacking, Boolean blocking, and proportional scaling to rough in forms. Blocking establishes correct proportions before detail work begins.

Lesson 2 • Beveling and Edge Hardening

Applies weighted normals and bevel profiles to control highlight sharpness on edges. Edge hardening is the key technique for achieving realistic hard-surface renders.

Lesson 3 • Hard-Surface Topology Principles

Defines edge flow rules, pole management, and n-gon avoidance for hard-surface meshes. Good topology prevents shading artefacts and supports clean subdivision results.

Lesson 4 • Adding Surface Detail and Panel Lines

Creates panel lines, bolts, and surface breaks using loop cuts and insets. Surface detail defines the visual complexity and realism of mechanical assets.

Lesson 1 • Introduction to Sculpt Mode

Covers brush types, stroke methods, and symmetry settings in Sculpt Mode. Sculpt Mode enables freeform organic shaping impossible with polygon-only tools.

Lesson 2 • Multires Sculpting Workflow

Applies the Multiresolution modifier to sculpt at multiple subdivision levels. Multires preserves base mesh topology while adding high-frequency surface detail.

Lesson 3 • Retopology for Clean Organic Meshes

Rebuilds sculpted high-poly meshes into clean, animation-ready low-poly topology. Retopology is mandatory for any organic asset destined for rigging or real-time use.

Lesson 4 • Dynamic Topology Sculpting

Uses Dyntopo to add geometry on demand during sculpting for unlimited detail. Dyntopo removes polygon count constraints during early creative exploration.

Lesson 1 • Multi-Object UV Layout and UDIM Basics

Organises UVs across multiple objects and introduces UDIM tile workflows. UDIM support enables high-resolution texturing of complex multi-part assets.

Lesson 2 • Checking and Correcting UV Distortion

Uses checker textures and stretch overlays to identify and fix UV distortion. Distortion-free UVs are required for professional texture and bake quality.

Lesson 3 • UV Editor Tools and Island Manipulation

Uses the UV Editor to scale, rotate, pack, and stitch UV islands precisely. Efficient island arrangement maximises texture resolution across the entire UV tile.

Lesson 4 • Unwrapping Methods and Projections

Applies Unwrap, Smart UV Project, Cube, Cylinder, and Sphere projections to varied geometry. Choosing the correct projection method prevents stretching on complex surfaces.

Lesson 1 • Rendering with Cycles and EEVEE

Configures render settings, sampling, and output formats in both render engines. Students produce final renders optimised for quality and render time balance.

Lesson 2 • Procedural Textures and Node Groups

Builds procedural materials using Noise, Voronoi, and Wave texture nodes. Procedural textures provide resolution-independent surfaces without external image files.

Lesson 3 • Shader Editor and Node Basics

Introduces the Shader Editor, node sockets, and the Principled BSDF shader. Node-based shading gives modelers full control over surface appearance without external tools.

Lesson 4 • Applying Textures and Image Maps

Loads and connects albedo, roughness, metallic, and normal map textures to shaders. Texture maps transform flat-shaded models into visually rich, realistic surfaces.