3D Project Course

Lesson 1 • Understanding Three-Dimensional Space

Introduces X, Y, Z axes, depth perception, and spatial reasoning. Establishes the mental model needed for all subsequent 3D construction tasks.

Lesson 2 • Core Principles of Form and Volume

Covers primitive shapes, mass, silhouette, and proportion. Students apply these principles to sketch and evaluate basic 3D forms before modeling.

Lesson 3 • Reference Gathering and Visual Research

Guides systematic collection and organization of visual references. Students build a structured reference library that informs modeling decisions.

Lesson 1 • Interface Layout and Customization

Maps the main UI regions: viewport, outliner, properties, and timeline. Students customize layouts to match their workflow preferences.

Lesson 2 • File Management and Project Setup

Establishes folder structures, file formats, and version-saving habits. Students leave with a repeatable project setup routine.

Lesson 3 • Scene Organization and Object Management

Introduces collections, layers, naming conventions, and object hierarchies. Organized scenes prevent errors and speed up collaboration.

Lesson 1 • Essential Mesh Editing Tools

Covers extrude, inset, bevel, loop cut, and merge operations. Students combine these tools to build complex forms from primitives.

Lesson 2 • Mesh Topology Basics

Explains vertices, edges, faces, loops, and rings. Understanding topology is prerequisite to all mesh editing and deformation work.

Lesson 3 • Mesh Cleanup and Optimization

Identifies and fixes non-manifold geometry, overlapping faces, and unnecessary edge loops. Clean meshes are essential for downstream rigging and rendering.

Lesson 4 • Hard-Surface vs. Organic Modeling

Contrasts topology strategies for mechanical objects and organic forms. Students choose the correct approach based on the asset type.

Lesson 1 • Core Sculpting Brushes

Covers draw, clay, smooth, crease, and flatten brushes. Mastery of these brushes enables students to sculpt any surface detail type.

Lesson 2 • Hard-Surface Sculpting Techniques

Adapts sculpting tools for mechanical panels, bolts, and trim details. Students learn when sculpting outperforms polygon modeling for hard surfaces.

Lesson 3 • Retopology for Production Meshes

Converts high-poly sculpts into clean, low-poly meshes suitable for animation and games. Students apply manual and automated retopology methods.

Lesson 4 • Adding Organic Surface Detail

Applies brushes to sculpt skin pores, wrinkles, scales, and fabric folds. Students develop a systematic layering approach for realistic surfaces.

Lesson 1 • Unwrapping Methods and Tools

Covers angle-based, conformal, and project-from-view unwrapping methods. Students select the best method for each mesh region.

Lesson 2 • Baking Maps from High to Low Poly

Covers normal, ambient occlusion, curvature, and height map baking. Baked maps transfer sculpt detail to low-poly meshes for real-time use.

Lesson 3 • UV Fundamentals and Seam Placement

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

Lesson 4 • UV Island Packing and Optimization

Teaches island scaling, rotation, and packing to maximize UV space usage. Efficient packing directly improves texture resolution in the final render.

Lesson 1 • Node-Based Shader Construction

Builds shaders using node graphs: texture inputs, math nodes, and mix operations. Node-based shaders enable procedural and non-destructive material editing.

Lesson 2 • Physically Based Rendering Principles

Explains albedo, roughness, metalness, and normal maps in a PBR workflow. Understanding PBR ensures materials behave correctly under any lighting condition.

Lesson 3 • Hand-Painted Texture Techniques

Applies stylized painting directly onto UV maps for non-photorealistic assets. Students develop brush control and color theory skills for game-art texturing.

Lesson 4 • Procedural Texture Creation

Generates noise, gradient, and pattern textures without external images. Procedural textures are resolution-independent and fully customizable.

Lesson 1 • Render Pass Setup and Management

Separates diffuse, specular, shadow, and depth passes for compositing control. Render passes enable non-destructive post-production adjustments.

Lesson 2 • Lighting Theory and Light Types

Covers point, spot, area, and directional lights alongside three-point lighting principles. Correct light placement defines mood, depth, and material readability.

Lesson 3 • Node-Based Compositing Workflow

Combines render passes using a node compositor to grade, sharpen, and add effects. Students deliver a final composited image matching the project brief.

Lesson 4 • HDRI and Environment Lighting

Uses high-dynamic-range images to provide realistic ambient and reflection lighting. HDRI lighting accelerates photorealistic results with minimal manual setup.

Lesson 1 • Full Asset Production Pass

Executes modeling, sculpting, UV unwrapping, and texturing in a structured sequence. Students apply discipline-specific best practices at each production stage.

Lesson 2 • Lighting and Final Render Production

Sets up a presentation lighting rig and renders the completed asset for portfolio use. Lighting choices communicate the asset's design intent to reviewers.

Lesson 3 • Project Planning and Scope Definition

Breaks a project brief into milestones, tasks, and time estimates. Realistic planning prevents scope creep and missed deadlines in production.

Lesson 4 • Portfolio Presentation and Delivery

Packages renders, wireframes, and texture sheets into a professional portfolio entry. Students write a project description that communicates their process and decisions.