3D Architecture Course

Lesson 1 • Understanding 3D Space and Coordinates

Introduces X, Y, Z axes, world vs. local space, and unit systems. Establishes spatial literacy needed for all subsequent modeling tasks.

Lesson 2 • Introduction to 3D Software Interface

Orients students to viewport controls, toolbars, and scene hierarchy panels. Builds interface fluency required for efficient modeling workflows.

Lesson 3 • Architectural Drawing Fundamentals

Covers floor plans, elevations, sections, and scale conventions. Connects 2D documentation to 3D spatial interpretation.

Lesson 1 • Modeling Walls and Floor Slabs

Covers extrusion-based wall creation, slab thickness, and structural layering. Directly applies coordinate and primitive skills from Chapter 1.

Lesson 2 • Structural Elements and Columns

Models beams, columns, and structural grids to reflect real building systems. Reinforces precision placement and alignment within the building shell.

Lesson 3 • Roof and Ceiling Construction

Explores gable, hip, flat, and shed roof forms using polygon and spline methods. Connects roof geometry to wall tops established in prior sections.

Lesson 4 • Stairs, Ramps, and Railings

Builds vertical circulation elements using parametric and manual methods. Introduces repetitive geometry patterns critical for complex building models.

Lesson 1 • Interior Partition Systems

Covers lightweight partition walls, glazed dividers, and demountable systems. Builds on structural shell modeling to populate interior layouts.

Lesson 2 • Floor Patterns and Transitions

Designs tile grids, parquet patterns, and material transition strips. Reinforces UV mapping awareness ahead of the materials chapter.

Lesson 3 • Ceiling Details and Coffers

Creates coffered ceilings, soffits, and recessed lighting planes. Extends ceiling plane skills from Chapter 2 into decorative and functional detail.

Lesson 1 • Physically Based Rendering Material Basics

Introduces PBR workflows including albedo, roughness, metalness, and normal maps. Establishes material science fundamentals for all subsequent texturing work.

Lesson 2 • Procedural and Layered Materials

Uses procedural noise, masks, and blend layers to create variation and wear. Advances material realism beyond single-texture setups.

Lesson 3 • UV Mapping for Architectural Surfaces

Covers planar, box, and unwrap UV projection methods for walls and floors. Ensures textures tile correctly across large architectural surfaces.

Lesson 4 • Material Libraries and Asset Management

Organizes material libraries, naming conventions, and reusable asset catalogs. Builds professional workflow habits for large multi-room projects.

Lesson 1 • Light Bouncing and Global Illumination

Configures global illumination, light cache, and irradiance map settings. Ensures physically accurate indirect light distribution throughout the scene.

Lesson 2 • Artificial Interior Lighting

Places IES photometric lights, area lights, and emissive surfaces for interior scenes. Builds on natural light foundations to layer realistic artificial illumination.

Lesson 3 • Natural Light and Sun Systems

Configures sun position, sky models, and HDRI environments for daylight accuracy. Establishes the primary light source for all exterior and interior renders.

Lesson 4 • Exterior and Facade Lighting

Designs uplighting, spotlights, and linear LED strips for building exteriors. Extends interior lighting skills to nighttime architectural visualization.

Lesson 1 • Camera Types and Lens Settings

Covers perspective, orthographic, and two-point perspective cameras with focal length control. Establishes camera fundamentals before composition and animation.

Lesson 2 • Walkthrough and Flythrough Animation

Creates camera path animations using splines and keyframes for architectural walkthroughs. Introduces motion principles essential for presentation deliverables.

Lesson 3 • Depth of Field and Focus

Configures aperture, focus distance, and bokeh for selective focus effects. Adds photographic realism to still renders and animated sequences.

Lesson 1 • Batch Rendering and Render Farm Basics

Automates multi-camera and multi-scene rendering using batch scripts and network rendering. Scales production capacity for large architectural projects.

Lesson 2 • Post-Processing and Color Grading

Applies exposure correction, color grading, and lens effects in compositing software. Elevates raw renders to polished, presentation-ready images.

Lesson 3 • Output Formats and Resolution Standards

Covers print, screen, and video resolution requirements for architectural deliverables. Ensures output files meet client and publication specifications.

Lesson 4 • Render Engine Configuration

Sets up sampling rates, noise thresholds, and engine-specific quality parameters. Balances render quality against production time for professional output.

Lesson 1 • Complex Facade and Parametric Design

Models curtain walls, parametric panels, and algorithmic facade patterns. Extends core modeling skills into contemporary high-design architectural forms.

Lesson 2 • Landscape and Site Modeling

Creates terrain, hardscape, planting, and water features for site context. Grounds building models in realistic exterior environments.

Lesson 3 • Real-Time Visualization and Interactive Walkthroughs

Exports models to real-time engines for interactive client presentations. Bridges offline rendering skills with emerging real-time delivery formats.

Lesson 4 • Portfolio Presentation and Client Delivery

Assembles renders, animations, and interactive files into professional presentation packages. Prepares students for real-world client communication and project handoff.