Architectural Model Making Course

Lesson 1 • History and Purpose of Architectural Models

Trace the evolution of physical models from ancient construction aids to contemporary design tools. Contextualises why model making remains essential in professional practice.

Lesson 2 • Model Types and Their Applications

Categorise models by purpose: massing, site, structural, interior, and detail. Connects model selection to project phase and audience.

Lesson 3 • Understanding Scale in Model Making

Introduce scale ratios and their practical implications for material choice and level of detail. Builds the mathematical foundation for all subsequent model construction.

Lesson 4 • Reading Architectural Drawings for Models

Translate floor plans, sections, and elevations into three-dimensional model geometry. Directly prepares students to extract accurate measurements before cutting any material.

Lesson 1 • Adhesives and Joining Methods

Compare PVA, contact cement, super glue, and double-sided tape for different material pairings. Correct adhesive selection prevents joint failure and surface damage.

Lesson 2 • Cutting Tools and Techniques

Cover scalpels, craft knives, scissors, and mat cutters for precise material removal. Accurate cutting is the single most critical manual skill in model making.

Lesson 3 • Paper and Card-Based Materials

Explore cardstock, foam board, mount board, and corrugated card for structural and surface applications. These accessible materials form the backbone of most student and professional models.

Lesson 4 • Wood and Balsa Materials

Introduce balsa, basswood, and plywood for structural frames and detailed components. Wood adds rigidity and a refined finish unavailable with card alone.

Lesson 1 • Roads, Paths, and Hardscape Elements

Add roads, plazas, and paved surfaces using thin card, paint, and texture materials. These elements ground the building in its urban or landscape context.

Lesson 2 • Water Features and Natural Terrain

Represent rivers, lakes, and natural ground cover using resin, paint, and fiber materials. Natural terrain elements communicate site ecology and landscape design intent.

Lesson 3 • Designing and Building the Model Base

Construct rigid, level bases from plywood, foam board, or MDF that support the full model weight. A well-built base defines the site boundary and presentation quality.

Lesson 4 • Context Buildings and Urban Surroundings

Build simplified neighbouring structures to establish urban scale and massing relationships. Context models help clients and reviewers understand the project within its setting.

Lesson 1 • Corner Joints and Wall Assembly

Execute butt, mitered, and lap joints to connect wall panels at corners and intersections. Joint quality determines the structural integrity and visual finish of the model.

Lesson 2 • Floor Plates and Internal Levels

Insert horizontal floor plates to define interior levels and reinforce the wall structure. Floor plates also allow sectional views that reveal interior spatial organisation.

Lesson 3 • Wall Panel Fabrication Techniques

Cut, score, and assemble wall panels with precise openings for windows and doors. Accurate wall panels are the primary structural element of any building model.

Lesson 4 • Pitched and Complex Roof Forms

Construct gabled, hipped, and curved roof forms using scored card and wood framing. Complex roofs require geometric problem-solving and precise angle cutting.

Lesson 1 • Columns, Beams, and Structural Expression

Add expressed structural elements using rod, strip, and profile materials. Structural expression communicates the tectonic logic of the design at model scale.

Lesson 2 • Facade Texture and Surface Articulation

Apply scored lines, applied strips, and textured sheets to represent cladding systems. Surface articulation differentiates materials and adds visual depth to the facade.

Lesson 3 • Glazing Materials and Techniques

Apply acetate, acrylic sheet, and specialty films to simulate glass at various scales. Glazing material choice affects light transmission and the realism of interior views.

Lesson 4 • Door and Entrance Detailing

Construct door frames, panels, and canopy elements that articulate building entrances. Entrance detailing communicates hierarchy and scale to model viewers.

Lesson 1 • Interior Wall and Partition Construction

Build internal partitions, corridors, and room divisions at appropriate detail levels. Interior walls define spatial hierarchy and circulation within the model.

Lesson 2 • Staircases and Vertical Circulation

Build accurate stair models including treads, risers, handrails, and landings. Staircases are geometrically complex and test precision cutting and assembly skills.

Lesson 3 • Lighting Effects in Interior Models

Integrate LED strip lights and fiber optics to simulate daylighting and artificial illumination. Lighting transforms a static model into a dynamic spatial experience.

Lesson 4 • Designing Sectional Cut Models

Plan and execute strategic section cuts that expose key spatial relationships within the building. Section placement is a design decision that shapes the narrative of the model.

Lesson 1 • Water, Pools, and Landscape Features

Represent swimming pools, fountains, and water bodies using resin and acrylic techniques. Water features add visual interest and communicate landscape design intent.

Lesson 2 • Vehicles and Street Elements

Add scaled cars, bicycles, and street furniture to reinforce urban context and scale. Street elements complete the public realm and support planning presentations.

Lesson 3 • Tree and Shrub Modeling Techniques

Construct trees using wire armatures, sponge, and natural materials at multiple scales. Vegetation is the most visible scale indicator in any architectural model.

Lesson 4 • Ground Cover and Planting Beds

Apply flock, sand, and textured materials to represent lawns, gravel, and planted areas. Ground cover unifies the site surface and reinforces the landscape design.

Lesson 1 • Surface Preparation and Priming

Sand, fill, and prime model surfaces to achieve a uniform base for paint application. Proper preparation prevents paint absorption inconsistencies and surface defects.

Lesson 2 • Labels, Graphics, and Title Blocks

Add printed labels, north arrows, scale bars, and title information to the model base. Graphics transform a model into a complete professional presentation document.

Lesson 3 • Model Photography Fundamentals

Set up lighting, backgrounds, and camera angles to capture the model at its best. Strong photography extends the model's life in portfolios and client presentations.

Lesson 4 • Painting and Colour Application

Apply acrylic, spray, and brush-applied paints to represent materials and design intent. Colour choices communicate material palette and reinforce the architectural concept.