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Completion In AUTOCAD ELECTRICAL(S-CAE-3466)

  • Last updated Oct, 2026
  • Certified Course

Course Includes

  • Duration1 Month
  • Enrolled0
  • Lectures25
  • Videos0
  • Notes0
  • CertificateYes

What you'll learn

AUTOCAD ELECTRICAL is a professional electrical design and documentation course designed to develop practical skills in creating electrical schematics, control circuits, panel layouts, wiring diagrams, PLC documentation, terminal drawings, cable documentation, and electrical reports.

The course covers the complete AutoCAD Electrical workflow, from project setup and electrical symbols to advanced component management, cross-referencing, panel design, PLC documentation, reporting, and professional electrical documentation.

Learners will work on practical projects involving motor control circuits, industrial control panels, PLC systems, wiring diagrams, terminal strips, and electrical documentation, helping them develop industry-oriented electrical CAD skills.

What You Will Learn

  • AutoCAD Electrical interface and workflow
  • Electrical project setup
  • Electrical schematic creation
  • Wires and wire numbering
  • Electrical symbols and components
  • Control circuit design
  • Motor control circuits
  • Relays and contactors
  • Panel layout design
  • PLC schematic and I/O documentation
  • Terminal strip design
  • Electrical component libraries
  • Custom symbol creation
  • Component tagging and cross-referencing
  • Cable and harness documentation
  • Electrical reports
  • Bill of Materials
  • Circuit Builder concepts
  • Electrical drawing standards
  • Professional electrical documentation

Who Can Join?

  • Electrical Engineering Students
  • Diploma Electrical Students
  • Electrical Engineering Graduates
  • Electrical Design Students
  • Electrical CAD Professionals
  • Control Panel Designers
  • Electrical Draftsmen
  • Automation Professionals
  • PLC Learners
  • Industrial Automation Students
  • Electrical Design Engineers
  • MEP Professionals
  • Engineering Professionals

Prerequisite

  • Basic computer knowledge
  • Basic electrical engineering concepts
  • Understanding of electrical symbols is helpful
  • Basic knowledge of circuits and wiring is beneficial
  • Engineering drawing knowledge is helpful
  • AutoCAD knowledge is beneficial but not mandatory
  • No previous AutoCAD Electrical experience is required

Course Outcome

After completing the course, learners will be able to:

  • Create electrical projects in AutoCAD Electrical
  • Develop professional electrical schematics
  • Create and number wires
  • Use electrical symbols and component libraries
  • Design control circuits
  • Create motor control diagrams
  • Develop PLC I/O documentation
  • Create electrical panel layouts
  • Prepare terminal strip drawings
  • Manage relays, contactors and control components
  • Create custom electrical symbols
  • Use component tagging and cross-referencing
  • Prepare cable and wiring documentation
  • Generate electrical reports and BOMs
  • Organize complete electrical design projects
  • Prepare professional electrical documentation

Career & Learning Opportunities

Learners can explore roles such as:

  • AutoCAD Electrical Designer
  • Electrical CAD Designer
  • Electrical Design Engineer Trainee
  • Electrical CAD Draftsman
  • Electrical Draftsman
  • Control Panel Designer
  • Electrical Design Assistant
  • Electrical Documentation Engineer Trainee
  • PLC Design Assistant
  • Industrial Automation Design Assistant
  • Electrical Project Assistant
  • Control Systems Design Assistant
  • Electrical CAD Technician
  • MEP Electrical Designer
  • Electrical Drawing Specialist
  • Electrical Documentation Assistant
  • Automation Design Assistant
  • Electrical Engineering Project Assistant


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Course Syllabus

Module 1 – Introduction to AutoCAD Electrical

  • Introduction to AutoCAD Electrical
  • Applications in electrical design and documentation
  • Understanding the AutoCAD Electrical interface
  • Project Manager and project structure
  • Electrical drawing workflow
  • Templates and project setup
  • Basic electrical design standards

Module 2 – Electrical Project Setup

  • Creating a new electrical project
  • Project properties and settings
  • Drawing properties
  • Templates and title blocks
  • Project folders and organization
  • Drawing naming conventions
  • Managing project files

Module 3 – Electrical Schematics Fundamentals

  • Understanding electrical schematics
  • Electrical symbols and components
  • Wires and wire numbers
  • Creating schematic drawings
  • Connecting electrical components
  • Circuit representation
  • Reading electrical diagrams

Module 4 – Wires and Wire Numbering

  • Creating electrical wires
  • Wire types and layers
  • Wire numbering
  • Wire color and properties
  • Wire sequencing
  • Source and destination arrows
  • Managing connected circuits

Module 5 – Electrical Components and Symbols

  • Inserting electrical components
  • Component libraries
  • Symbols and footprints
  • Push buttons, switches and relays
  • Motors and contactors
  • Sensors and electrical devices
  • Editing component properties

Module 6 – Schematic Circuit Design

  • Creating control circuits
  • Motor control circuits
  • Start/stop circuits
  • Relay control circuits
  • Interlocking circuits
  • Control panel schematics
  • Practical schematic development

Module 7 – Panel Layout Design

  • Introduction to panel layout
  • Panel enclosure representation
  • Component placement
  • DIN rail components
  • Terminal blocks
  • Panel wiring concepts
  • Creating professional panel layouts

Module 8 – PLC and Control System Design

  • Introduction to PLC documentation
  • PLC symbols and modules
  • PLC I/O representation
  • Input and output circuits
  • PLC addressing concepts
  • PLC schematic documentation
  • Practical PLC drawing workflow

Module 9 – Motors and Motor Control

  • Motor symbols and components
  • Motor starter circuits
  • Direct-on-line starter
  • Forward/reverse motor control
  • Star-delta control concepts
  • Motor protection devices
  • Motor circuit documentation

Module 10 – Relays, Contactors and Control Components

  • Relay symbols
  • Contactors and auxiliary contacts
  • Timers and control devices
  • Overload protection
  • Control circuit connections
  • Component cross-referencing
  • Practical control circuit design

Module 11 – Terminals and Terminal Strip Design

  • Introduction to terminal blocks
  • Creating terminal symbols
  • Terminal numbering
  • Terminal strip organization
  • Wire connections
  • Terminal reports
  • Panel documentation

Module 12 – Electrical Libraries and Custom Symbols

  • Understanding symbol libraries
  • Managing electrical content
  • Creating custom symbols
  • Editing existing symbols
  • Creating custom component data
  • Library organization
  • Reusing custom electrical components

Module 13 – Cross-Referencing and Component Management

  • Component tagging
  • Parent and child components
  • Cross-referencing
  • Contact and coil relationships
  • Component numbering
  • Automatic updates
  • Maintaining drawing consistency

Module 14 – Electrical Reports and Documentation

  • Project reports
  • Component reports
  • Wire reports
  • Cable reports
  • Bill of Materials
  • Terminal reports
  • Generating professional documentation

Module 15 – Cables and Harness Documentation

  • Introduction to cable documentation
  • Cable symbols and definitions
  • Cable numbering
  • Cable connections
  • Multi-conductor cables
  • Harness documentation concepts
  • Cable reports

Module 16 – Advanced AutoCAD Electrical Workflow

  • Automated electrical design tools
  • Circuit builder concepts
  • Reusing circuits
  • Project-wide updates
  • Drawing synchronization
  • Design checking
  • Improving design productivity

Module 17 – Electrical Standards and Professional Documentation

  • Electrical drafting standards
  • IEC and common electrical documentation concepts
  • Drawing conventions
  • Title blocks and revision information
  • Electrical documentation practices
  • Project organization
  • Quality checking

Module 18 – Practical AutoCAD Electrical Projects

  • Basic control circuit project
  • Motor control panel project
  • PLC control circuit project
  • Electrical panel documentation
  • Terminal strip project
  • Wiring diagram project
  • BOM and report generation

Module 19 – Advanced Practical Electrical Project

  • Complete industrial control project
  • Electrical schematic development
  • Component selection
  • Panel layout
  • PLC I/O documentation
  • Wiring and terminal documentation
  • Reports and documentation

Module 20 – Final AutoCAD Electrical Project & Assessment

  • Complete electrical design project
  • Project setup
  • Schematic development
  • Component and wire assignment
  • Panel layout
  • PLC/control documentation
  • Reports and BOM
  • Final project documentation
  • Project presentation and assessment


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