Advanced 3D Modeling and Architectural Design Course

Lesson 1 • Understanding 3D Space and Coordinates

Introduces the X, Y, Z coordinate system and viewport navigation. Establishes spatial reasoning essential for all subsequent modelling tasks.

Lesson 2 • Core Geometry Types and Primitives

Covers mesh, NURBS, and solid geometry distinctions. Students select the appropriate geometry type for a given architectural modelling task.

Lesson 3 • Interface and Workflow Orientation

Maps the standard 3D software interface and establishes an efficient modelling workflow. Reduces friction so students focus on design rather than tool discovery.

Lesson 1 • Mesh Editing Essentials

Covers extrude, inset, loop cut, and merge operations on polygon meshes. These operations shape walls, openings, and structural details in architectural models.

Lesson 2 • Curve and Spline Modelling

Uses curves and splines to generate profiles, paths, and swept forms. Curved geometry is essential for arches, railings, and organic architectural elements.

Lesson 3 • Topology and Clean Mesh Practices

Establishes rules for edge flow, quad dominance, and avoiding ngons. Clean topology prevents rendering artefacts and supports smooth downstream workflows.

Lesson 4 • Boolean and Modifier Operations

Applies Boolean union, difference, and intersection to create complex forms. Modifiers enable non-destructive editing critical for iterative architectural design.

Lesson 1 • Elevations, Sections, and Details

Interprets elevation drawings and cross-sections to establish vertical geometry. Section details inform facade depth, material layering, and interior profiles.

Lesson 2 • Importing and Tracing Reference Drawings

Imports CAD files and image references into the 3D environment for tracing. This workflow bridges 2D design documentation and 3D model construction.

Lesson 3 • Establishing Accurate Model Scale

Sets real-world units and verifies model dimensions against design documents. Scale accuracy is mandatory for coordination with structural and MEP disciplines.

Lesson 1 • Doors, Windows, and Openings

Models parametric door and window units with frames, sills, and glazing. Accurate openings define light, circulation, and facade character in the design.

Lesson 2 • Roof Types and Construction

Models flat, gabled, hipped, and shed roof forms with correct pitch and overhang. Roof geometry integrates with wall tops and drives exterior massing decisions.

Lesson 3 • Floor, Ceiling, and Slab Modelling

Creates horizontal planes with edge conditions, recesses, and slab thickness. Accurate floor and ceiling geometry supports interior design and structural coordination.

Lesson 4 • Modelling Walls and Structural Elements

Constructs interior and exterior walls with correct thickness and height. Structural columns and beams are added to reflect real building assembly logic.

Lesson 1 • Material Overrides and Design Variations

Uses material override workflows to test multiple finish schemes rapidly. Design variation management supports client presentations and design development reviews.

Lesson 2 • UV Mapping and Texture Coordinates

Unwraps 3D surfaces into 2D UV space for accurate texture placement. Correct UV mapping prevents stretching on walls, floors, and curved architectural surfaces.

Lesson 3 • Texture Creation and Sourcing

Covers procedural textures, scanned material libraries, and basic texture painting. Students build a reusable material library for common architectural finishes.

Lesson 4 • Specialised Architectural Materials

Creates glass, concrete, wood, metal, and masonry shaders with realistic properties. Material differentiation communicates structural logic and aesthetic intent to stakeholders.

Lesson 1 • Camera Setup and Composition

Configures focal length, sensor size, depth of field, and two-point perspective. Strong camera composition communicates spatial quality and design hierarchy.

Lesson 2 • Post-Processing and Output Delivery

Applies colour grading, contrast, and compositing passes to finalise render output. Deliverable formats and naming conventions meet professional presentation standards.

Lesson 3 • Architectural Lighting Fundamentals

Covers natural sunlight, sky models, and artificial light types used in architectural visualisation. Correct lighting reveals form, depth, and material quality in renders.

Lesson 4 • Interior and Exterior Render Setups

Builds dedicated lighting and camera rigs for interior and exterior architectural scenes. Each setup addresses unique exposure, contrast, and ambient light challenges.

Lesson 1 • Scripting and Automation Basics

Introduces scripting to automate repetitive modelling tasks and batch operations. Automation reduces human error and scales production capacity for large projects.

Lesson 2 • Procedural Modelling with Node Systems

Uses node-based geometry tools to generate repetitive and rule-driven architectural elements. Procedural workflows dramatically accelerate facade panelling and structural patterning.

Lesson 3 • Complex Roof and Shell Structures

Models freeform shells, vaults, and tensile roof structures using subdivision and NURBS. These forms require advanced topology management and structural awareness.

Lesson 4 • Parametric Facade and Panel Systems

Designs modular facade panels driven by parameters for spacing, depth, and rotation. Parametric panels enable rapid design iteration and fabrication-ready documentation.

Lesson 1 • Scene Assembly and Model Coordination

Merges building components, site context, and entourage into a unified scene. Proper scene organisation prevents performance issues and supports collaborative workflows.

Lesson 2 • Site Context and Landscape Modelling

Models terrain, hardscape, vegetation, and surrounding urban context. Site context grounds the building in its environment and strengthens presentation realism.

Lesson 3 • Architectural Animation and Walkthroughs

Creates camera path animations and interior walkthroughs to communicate spatial experience. Animation sequences are keyframed and rendered for client video deliverables.

Lesson 4 • Portfolio Project and Final Delivery

Packages all project deliverables into a cohesive portfolio submission with consistent branding. Final review criteria mirror professional client presentation and design review standards.