AutoCAD 2D Course

Lesson 1 • Exploring the AutoCAD Workspace

Introduces the ribbon, toolbars, command line, and status bar as core interface elements. Establishes spatial awareness needed for all subsequent drawing tasks.

Lesson 2 • Customising the User Interface

Adjusts workspace layouts, colour themes, and tool palettes to match professional workflows. A personalised interface reduces fatigue and improves long-session productivity.

Lesson 3 • Configuring Drawing Units and Limits

Sets up measurement units, precision, and drawing boundaries before any geometry is created. Correct configuration ensures accurate, scalable output throughout the course.

Lesson 4 • Using the Command Entry System

Teaches typed commands, aliases, and dynamic input as primary interaction methods. Proficiency here accelerates every drawing operation covered in later chapters.

Lesson 1 • Creating Circles, Arcs, and Ellipses

Teaches multiple creation methods for curved geometry using centre, radius, and tangent options. Curved entities appear in nearly every mechanical, architectural, and civil drawing.

Lesson 2 • Using Construction and Reference Lines

Introduces Xline and Ray commands for infinite reference geometry used during layout. Construction lines are removed before final output but guide precise placement of real geometry.

Lesson 3 • Drawing Lines and Polylines

Covers the Line and Polyline commands with coordinate entry and continuation options. These are the most frequently used drawing tools in professional 2D drafting.

Lesson 4 • Drawing Rectangles and Polygons

Uses the Rectangle and Polygon commands to create closed shapes with defined dimensions. These tools accelerate layout work and ensure geometric regularity.

Lesson 1 • Trimming, Extending, and Breaking Objects

Uses Trim, Extend, and Break to cut and adjust geometry at defined boundaries. Precise edge management is critical for clean intersections in technical drawings.

Lesson 2 • Moving, Copying, and Rotating Objects

Teaches displacement-based Move, Copy with multiple placement, and Rotate with reference angle. These three commands handle the majority of positional editing in professional drawings.

Lesson 3 • Applying Fillet and Chamfer

Rounds corners with Fillet and creates angled transitions with Chamfer at defined values. These finishing commands are standard in mechanical and architectural detail drawings.

Lesson 4 • Creating Arrays and Offsets

Generates rectangular, polar, and path arrays, plus parallel offsets for repeated geometry. Arrays and offsets dramatically reduce manual repetition in complex layouts.

Lesson 5 • Selecting Objects Efficiently

Covers window, crossing, fence, and filter selection methods for targeting specific geometry. Accurate selection is the prerequisite for every modify operation in this chapter.

Lesson 1 • Using Layer States and Standards

Saves and restores layer configurations as named states for different drawing phases. Layer state management supports collaboration and multi-discipline drawing coordination.

Lesson 2 • Creating and Managing Layers

Builds a layer structure with names, colours, and states using the Layer Properties Manager. Proper layer organisation is the foundation of every professional CAD drawing.

Lesson 3 • Assigning Linetypes and Lineweights

Loads and applies standard linetypes and sets lineweights for visual hierarchy in drawings. Correct linetype use communicates object type and priority to drawing readers.

Lesson 1 • Editing and Managing Text Objects

Modifies existing text content, style, and position using in-place editing and the Properties palette. Efficient text editing prevents annotation errors in revised drawings.

Lesson 2 • Adding Leaders and Annotations

Creates multileader annotations with arrowheads, landing lines, and attached text or blocks. Leaders communicate notes, callouts, and material specifications in professional drawings.

Lesson 3 • Creating and Applying Dimension Styles

Builds dimension styles controlling text height, arrow type, tolerances, and scale. Consistent dimension styles ensure drawings meet client and regulatory annotation standards.

Lesson 4 • Using Angular, Radius, and Diameter Dimensions

Dimensions angles, arcs, and circles using specialized dimension types. These annotations are essential for mechanical parts and curved architectural elements.

Lesson 5 • Creating and Formatting Text

Places single-line and multiline text with font, height, and justification control. Readable annotation is mandatory for drawings used in construction, manufacturing, and review.

Lesson 1 • Applying Hatch Patterns

Fills closed boundaries with predefined and custom hatch patterns using the Hatch command. Hatch patterns communicate material types in architectural and engineering section views.

Lesson 2 • Creating and Using Regions

Converts closed 2D geometry into region objects for Boolean operations and area analysis. Regions enable mass property calculations directly within the AutoCAD environment.

Lesson 3 • Using Gradient Fills

Applies one- and two-colour gradient fills to represent shading or presentation-quality rendering. Gradients enhance visual communication in client-facing and presentation drawings.

Lesson 1 • Extracting Attribute Data

Exports attribute values from blocks to tables or external files using the Data Extraction wizard. Extracted data supports automated scheduling, costing, and quantity takeoff workflows.

Lesson 2 • Creating and Inserting Blocks

Defines internal blocks from selected geometry and inserts them with scale and rotation control. Blocks reduce file size and enforce graphical consistency across a drawing set.

Lesson 3 • Adding Attributes to Blocks

Attaches text-based attribute tags to blocks for data entry such as part numbers and labels. Attributed blocks enable automated data extraction for bills of materials and schedules.

Lesson 4 • Using the Design Centre and Tool Palettes

Accesses blocks, linetypes, and layers from external drawings via Design Centre and palettes. Shared content libraries ensure consistency across projects and team members.

Lesson 1 • Configuring Page Setup and Plot Settings

Defines plotter, paper size, plot area, and scale in the Page Setup Manager before printing. Saved page setups ensure repeatable, error-free output across all drawing sheets.

Lesson 2 • Applying Plot Style Tables

Uses colour-dependent and named plot style tables to control pen weights and colours at output. Plot styles translate on-screen colours into correct lineweights on printed drawings.

Lesson 3 • Creating and Configuring Viewports

Creates rectangular and polygonal viewports that display model space content at defined scales. Viewports are the primary mechanism for presenting multiple views on one sheet.

Lesson 4 • Publishing and Exporting Drawings

Batch-publishes multiple sheets to PDF or plotter and exports to DWF and image formats. Multi-sheet publishing streamlines delivery of complete drawing sets to clients and contractors.

Lesson 5 • Understanding Model Space and Paper Space

Explains the distinction between model space geometry and paper space annotation and borders. Correct use of both spaces is fundamental to scalable, print-ready drawing production.