AutoCAD for Electrical Engineers Course

Lesson 1 • Navigation and Display Controls

Teaches zoom, pan, and view tools for efficient drawing navigation. Directly supports speed and accuracy in electrical schematic work.

Lesson 2 • Coordinate Systems and Input Methods

Explains Cartesian, polar, and relative coordinate entry for precise placement. Precision input is critical for accurate electrical symbol positioning.

Lesson 3 • File Management and Templates

Covers creating, saving, and opening DWG files using electrical drawing templates. Ensures consistent file structure across projects.

Lesson 4 • AutoCAD Workspace Overview

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

Lesson 1 • Core Modification Commands

Applies MOVE, COPY, ROTATE, SCALE, MIRROR, and OFFSET to electrical geometry. These commands are used constantly when placing and adjusting components.

Lesson 2 • Trim, Extend, and Fillet Operations

Uses TRIM, EXTEND, FILLET, and CHAMFER to clean up intersecting lines. Essential for producing neat wire junctions and panel outlines.

Lesson 3 • Object Selection Techniques

Teaches window, crossing, fence, and filter-based selection methods. Efficient selection accelerates editing of complex electrical diagrams.

Lesson 4 • Essential Drawing Commands

Covers LINE, CIRCLE, ARC, RECTANGLE, and POLYLINE commands. These primitives form the geometric backbone of all electrical symbols and layouts.

Lesson 1 • Electrical Drafting Standards Overview

Introduces internationally recognised electrical drawing conventions for symbols, notation, and layout. Aligns learner output with professional expectations.

Lesson 2 • Layer Filters and Isolation Tools

Uses layer filters, isolation, and walk commands to manage complex multi-discipline drawings. Supports efficient review of large electrical project files.

Lesson 3 • Linetype and Lineweight Settings

Assigns linetypes such as dashed and centre lines and lineweights to layers. Differentiates wire types, conduit runs, and hidden elements visually.

Lesson 4 • Object Properties and ByLayer Control

Enforces ByLayer property assignment for colour, linetype, and lineweight. Consistent property control simplifies global drawing updates.

Lesson 1 • External References and Symbol Libraries

Links external DWG symbol libraries using XREF for centralised library management. Updates to the library propagate automatically to all referencing drawings.

Lesson 2 • Attributes for Component Tagging

Adds editable text attributes to blocks for component tags, ratings, and references. Attributes enable automated bill-of-materials extraction from drawings.

Lesson 3 • Creating Electrical Symbol Blocks

Builds standard electrical symbols such as breakers, contactors, and motors as blocks. Accurate base points and geometry ensure correct schematic alignment.

Lesson 4 • Understanding Blocks and Definitions

Explains block definitions, instances, and the block table. Understanding this structure prevents common errors when editing electrical symbols.

Lesson 1 • Text Styles and Single-Line Text

Creates text styles with appropriate fonts and heights for electrical annotations. Consistent text styles ensure readability across all drawing sheets.

Lesson 2 • Dimension Styles for Electrical Layouts

Configures dimension styles with correct scale, arrowheads, and tolerances for panel and conduit layouts. Accurate dimensions prevent installation errors.

Lesson 3 • Multiline Text and Formatting

Uses MTEXT for notes, legends, and multi-paragraph annotations in electrical drawings. Rich formatting supports clear communication of technical requirements.

Lesson 4 • Leaders, Callouts, and Wire Labels

Applies multileaders and callouts to identify wire numbers, terminal references, and component callouts. Labelling is mandatory for electrical documentation compliance.

Lesson 1 • Schematic Sheet Organisation

Organises multi-sheet schematic sets with consistent sheet numbering, zones, and title blocks. Proper organisation is required for drawing approval and revision control.

Lesson 2 • Ladder Logic and Control Schematics

Constructs ladder diagrams with rungs, coils, contacts, and rung numbering for control circuits. Ladder schematics are essential for motor control and PLC documentation.

Lesson 3 • Single-Line Diagram Construction

Drafts power distribution single-line diagrams using standard symbols and bus representations. Single-line diagrams are the primary overview document for any electrical system.

Lesson 4 • Schematic Quality Checking

Reviews schematics for symbol accuracy, annotation completeness, and layer compliance. Quality checks reduce costly errors before drawings reach the field.

Lesson 1 • Drawing Coordination and Clash Review

Compares electrical layouts against structural and mechanical drawings to identify conflicts. Early clash detection reduces expensive rework during construction.

Lesson 2 • Working with Architectural Backgrounds

Attaches and scales architectural floor plan XREFs as backgrounds for electrical layouts. Correct alignment prevents costly field coordination conflicts.

Lesson 3 • Panel and Equipment Layout Drawings

Produces panel board elevation drawings and equipment room layouts with clearance zones. These drawings support procurement, installation, and safety compliance.

Lesson 4 • Lighting and Power Plan Layout

Places lighting fixtures, receptacles, switches, and panel symbols on floor plans. Accurate placement supports load calculations and installation planning.

Lesson 1 • Publishing and PDF Output

Uses PUBLISH and EXPORT commands to generate multi-sheet PDF drawing packages. Digital output is the standard delivery format for modern electrical project submissions.

Lesson 2 • Title Blocks and Border Setup

Inserts and populates title block templates with project data, revision history, and approval fields. Standardised title blocks satisfy client and regulatory submission requirements.

Lesson 3 • Model Space vs. Paper Space

Clarifies the distinction between model space geometry and paper space presentation. Understanding this separation is fundamental to correct scaling and plotting.

Lesson 4 • Plot Style Tables and Print Settings

Configures CTB and STB plot style tables to control printed line weights and colours. Correct plot styles produce drawings that match industry presentation standards.