AutoCAD for Architecture Course

Lesson 1 • Navigation and Zoom Controls

Teaches pan, zoom, and view commands for efficient drawing navigation. Directly supports speed and accuracy in all drafting workflows.

Lesson 2 • Coordinate Systems and Input Methods

Explains Cartesian, polar, and relative coordinate entry for precise point placement. Provides the mathematical foundation for accurate architectural drafting.

Lesson 3 • Understanding the AutoCAD Workspace

Introduces the ribbon, command line, drawing area, and status bar. Establishes the spatial awareness needed for all subsequent drafting tasks.

Lesson 4 • File Management and Templates

Covers creating, opening, saving, and closing DWG files using architectural templates. Ensures consistent file setup before any drawing begins.

Lesson 1 • Essential Drawing Commands

Introduces LINE, CIRCLE, ARC, RECTANGLE, and POLYGON commands. These primitives form the building blocks of every architectural drawing element.

Lesson 2 • Object Snaps and Tracking

Activates endpoint, midpoint, intersection, and perpendicular snaps for exact geometry. Precision snapping is critical for walls, doors, and structural alignment.

Lesson 3 • Construction and Reference Geometry

Uses XLINE, RAY, and construction lines to establish reference geometry. These tools underpin accurate wall placement and structural grid layout.

Lesson 4 • Modifying and Editing Objects

Covers MOVE, COPY, ROTATE, SCALE, MIRROR, and TRIM commands for editing geometry. Editing efficiency directly reduces drafting time on complex floor plans.

Lesson 1 • Drawing Organisation Best Practices

Applies naming conventions, layer templates, and purge routines to maintain clean files. Organised files reduce errors during team collaboration and file exchange.

Lesson 2 • Linetypes, Scales, and Standards

Loads and scales dashed, centre, and hidden linetypes for architectural representation. Correct linetype scale ensures drawings read accurately at any plot scale.

Lesson 3 • Layer Visibility and Locking

Toggles layer on/off, freeze/thaw, and lock/unlock states for drawing clarity. Visibility control is essential when coordinating architectural and structural layers.

Lesson 4 • Object Properties and Overrides

Controls colour, linetype, and lineweight at the object level versus layer level. Understanding ByLayer versus explicit overrides prevents coordination errors.

Lesson 1 • Stairs, Ramps, and Vertical Circulation

Drafts stair runs, landings, and ramps with correct rise-run notation. Vertical circulation elements must meet dimensional requirements shown in plan.

Lesson 2 • Drawing Walls and Structural Elements

Constructs exterior and interior walls using MULTILINE or offset techniques. Accurate wall geometry is the primary deliverable of any architectural floor plan.

Lesson 3 • Inserting Doors and Windows

Places door swings and window openings with correct clearances and symbology. Doors and windows define circulation and light, making their accuracy critical.

Lesson 4 • Room Labels and Basic Annotations

Adds room names, area tags, and north arrows to complete the floor plan. Annotations transform raw geometry into a communicative architectural document.

Lesson 1 • Text Styles and Multiline Text

Defines text styles with architectural fonts, heights, and oblique angles. Consistent text styles ensure drawings meet office and industry presentation standards.

Lesson 2 • Annotation Scaling and Visibility

Uses annotative objects to display correct text and dimension sizes at multiple scales. Annotative scaling eliminates manual recalculation when changing plot scales.

Lesson 3 • Applying Dimensions to Floor Plans

Places linear, aligned, angular, and continuous dimensions on plan geometry. Correct dimensioning communicates wall lengths, openings, and overall building size.

Lesson 4 • Leaders, Callouts, and Keynotes

Creates multileader styles for material callouts, detail references, and keynotes. Leaders link annotation to geometry and are required on all construction documents.

Lesson 1 • Dynamic Blocks for Flexible Symbols

Builds dynamic blocks with stretch, flip, and visibility parameters for adaptable symbols. Dynamic blocks replace multiple static blocks with a single intelligent object.

Lesson 2 • External References (Xrefs)

Attaches, overlays, and manages external DWG files as live references. Xrefs enable multi-discipline coordination without duplicating base drawing data.

Lesson 3 • Attributed Blocks for Data Extraction

Attaches attributes to blocks for door schedules, room tags, and equipment labels. Attributed blocks enable automated data extraction for schedules and reports.

Lesson 4 • Creating and Inserting Blocks

Defines blocks from existing geometry and inserts them with scale and rotation control. Blocks reduce file size and ensure consistent symbol use across drawings.

Lesson 1 • Hatch Scale, Angle, and Properties

Adjusts hatch scale and angle to match drawing scale and material conventions. Miscalibrated hatches misrepresent materials and confuse contractors reading drawings.

Lesson 2 • Hatch Patterns and Boundary Selection

Applies predefined and custom hatch patterns using pick point and boundary selection. Correct boundary selection prevents hatch overflow into adjacent drawing areas.

Lesson 3 • Architectural Material Hatches

Assigns standard hatches for concrete, brick, insulation, earth, and wood grain. Material-specific hatches are required on section and detail drawings.

Lesson 4 • Custom Hatch Patterns and PAT Files

Creates custom PAT file patterns for proprietary materials or regional conventions. Custom patterns extend AutoCAD's library to match office or project standards.

Lesson 1 • Plot Styles and Line Weight Output

Configures CTB and STB plot style tables to control printed line weights and colours. Plot styles determine how drawings appear on paper and in PDF output.

Lesson 2 • Plotting and PDF Export

Executes single-sheet and batch plots to printers and PDF drivers. Reliable plot output is the final deliverable of every architectural drafting workflow.

Lesson 3 • Sheet Set Manager for Project Delivery

Organises drawing sheets, numbering, and transmittals using Sheet Set Manager. Sheet sets streamline project delivery and reduce manual sheet tracking errors.

Lesson 4 • Viewport Creation and Scale Control

Creates, scales, and locks viewports to display model space content at exact scales. Viewport scale control is the core skill for producing correctly scaled sheets.