Building Drafter Course

Lesson 1 • Drafting Tools and Equipment

Introduces manual and digital drafting instruments used daily. Builds familiarity with equipment before applying it to technical drawings.

Lesson 2 • Core Drafting Terminology

Covers essential vocabulary used in construction drawings and specifications. Accurate terminology enables clear communication with project stakeholders.

Lesson 3 • The Drafting Profession Overview

Defines the drafter's role within architecture and construction teams. Connects professional responsibilities to real-world project outcomes.

Lesson 1 • Geometric Construction Techniques

Covers compass-and-straightedge methods for constructing angles, arcs, and polygons. These techniques underpin accurate architectural geometry.

Lesson 2 • Line Types and Their Meanings

Explains the purpose of each standardised line type used in technical drawings. Correct line usage is the foundation of readable construction documents.

Lesson 3 • Scale and Proportion in Drawings

Introduces architectural and engineering scales for reducing real dimensions to paper. Accurate scaling is essential for all subsequent drawing work.

Lesson 4 • Technical Lettering Standards

Trains learners in consistent, legible freehand and template lettering. Uniform lettering ensures drawings meet professional presentation standards.

Lesson 1 • Plan Views and Floor Plans

Teaches the horizontal cut convention that produces floor plan drawings. Floor plans are the primary reference document in any building project.

Lesson 2 • Section and Detail Views

Explains how cutting planes reveal interior construction assemblies in section. Detail views enlarge critical conditions for contractor clarity.

Lesson 3 • Auxiliary and Removed Views

Introduces auxiliary views for inclined surfaces not shown in principal views. Removed views isolate complex features for clearer documentation.

Lesson 4 • Orthographic Projection Theory

Explains first- and third-angle projection and how 3D objects map to 2D views. This theory is the conceptual basis for all architectural drawing types.

Lesson 1 • Symbols and Graphic Conventions

Introduces standardised symbols for doors, windows, stairs, and materials. Symbol literacy allows drafters to produce universally readable documents.

Lesson 2 • Annotation and Keynoting

Teaches text notes, leaders, and keynote systems for labelling drawing elements. Clear annotation reduces reliance on verbal clarification during construction.

Lesson 3 • Architectural Dimensioning Practices

Covers string, overall, and modular dimensioning methods specific to buildings. Architectural conventions differ from mechanical drafting and must be applied correctly.

Lesson 4 • Dimensioning Principles and Standards

Establishes rules for dimension placement, spacing, and hierarchy in drawings. Consistent dimensioning prevents costly field interpretation errors.

Lesson 1 • Drawing and Editing Commands

Covers essential draw and modify commands for creating and refining geometry. Mastery of these commands forms the core of daily CAD production work.

Lesson 2 • Blocks, Symbols, and Attributes

Introduces reusable block definitions for doors, windows, and standard symbols. Blocks improve consistency and reduce repetitive drafting time.

Lesson 3 • CAD Interface and Workspace Setup

Orients learners to the CAD application interface, toolbars, and command line. Proper workspace configuration accelerates all subsequent drafting tasks.

Lesson 4 • Plotting and File Output

Covers plot style tables, paper space layouts, and file export formats. Correct output settings ensure drawings print at the intended scale and quality.

Lesson 1 • Drawing Set Coordination and Sheets

Assembles all drawings into a numbered, cross-referenced set with a cover sheet. Coordination ensures consistency across all sheets in the document package.

Lesson 2 • Site and Plot Plans

Covers the preparation of site plans showing property boundaries, setbacks, and utilities. Site plans establish the legal and physical context for all building drawings.

Lesson 3 • Foundation and Framing Plans

Teaches the drafting of foundation types and wood-frame structural layouts. These plans communicate load paths from roof to footing.

Lesson 4 • Exterior Elevations and Roof Plans

Produces all four exterior elevations and a roof plan from the floor plan geometry. Elevations and roof plans define the building's visual and weather-resistant envelope.

Lesson 5 • Residential Floor Plan Production

Guides learners through drafting a complete residential floor plan to code-compliant standards. Floor plans drive all other sheets in the drawing set.

Lesson 1 • Structural Grid and Column Layout

Introduces column grid systems used to organise commercial building plans. Grid coordination is the backbone of all commercial structural and architectural drawings.

Lesson 2 • Reflected Ceiling Plans

Teaches the reflected ceiling plan convention for showing ceiling systems and lighting. RCPs coordinate architectural, mechanical, and electrical ceiling elements.

Lesson 3 • Interior Elevations and Millwork Details

Produces interior elevations and casework details for commercial tenant spaces. These drawings guide finish contractors and millwork fabricators.

Lesson 4 • Commercial Floor Plan Conventions

Covers tenant demising walls, core elements, and large-scale plan organisation. Commercial plans require greater coordination than residential documents.

Lesson 1 • Families, Components, and Parameters

Introduces model families as the BIM equivalent of CAD blocks with embedded data. Correct family use ensures accurate schedules and quantity takeoffs.

Lesson 2 • Schedules and Automated Annotation

Covers schedule creation for doors, windows, and rooms directly from model data. Automated schedules eliminate manual counting errors in large projects.

Lesson 3 • Sheet Composition and Model Publishing

Assembles model views onto sheets and publishes coordinated drawing sets. Publishing workflows replace manual plotting with data-driven output.

Lesson 4 • Model Navigation and View Creation

Teaches navigation of a 3D building model and creation of plan, section, and elevation views. Views extracted from the model replace manually drafted sheets.