Electrical Course

AutoCAD Electrical

Our AutoCAD Electrical Professional Design Course is a comprehensive industry-focused training program designed to equip students, technicians, and engineering professionals with the practical skills required to create, manage, and document electrical control and power system designs using Autodesk AutoCAD Electrical. The course follows a hands-on learning approach, enabling participants to develop real-world electrical drawings and industrial automation schematics commonly used in manufacturing plants, power systems, process industries, and engineering consulting firms.

The program begins with an introduction to the AutoCAD Electrical environment, where participants become familiar with the software interface, project management tools, and industry-standard workflows. Learners then progress to creating and modifying electrical drawings using professional drafting techniques, electrical symbols, and intelligent components. Special emphasis is placed on understanding how AutoCAD Electrical differs from standard AutoCAD and how its automation features significantly improve design productivity and accuracy.

Throughout the course, students gain practical experience in working with electrical ladders, rungs, wiring diagrams, schematic components, PLC symbols, terminals, and intelligent electrical devices. They learn how to efficiently insert, modify, and manage electrical symbols while maintaining proper design standards and automatic component tagging. Participants also develop expertise in creating and editing control circuits, motor control schematics, relay logic diagrams, and industrial electrical systems used in real-world projects.

Advanced modules cover wire numbering, cross-referencing, terminal management, panel layout design, report generation, and project-wide drawing management, allowing learners to produce complete electrical documentation packages. Students also learn to generate automated reports such as Bills of Materials (BOM), wire lists, terminal reports, component schedules, and other essential engineering documents that are widely used in industrial projects.

The course further introduces participants to practical applications involving electrical control systems, motor starters, industrial automation circuits, PLC integration concepts, and panel design workflows. Through extensive laboratory exercises, learners develop the ability to design, troubleshoot, and document electrical systems according to industry best practices.

A dedicated Capstone Project at the end of the program enables participants to apply all acquired skills by developing a complete industrial electrical design project. This project simulates real engineering tasks, helping learners build a professional portfolio that demonstrates their competency to employers and clients.

Upon successful completion of the course, participants will be able to:

Create professional electrical schematics using AutoCAD Electrical.
Design industrial control circuits and motor control systems.
Work with ladders, rungs, wires, terminals, and intelligent electrical symbols.
Generate automated engineering reports and documentation.
Develop panel layouts and electrical installation drawings.
Manage large-scale electrical projects efficiently.
Apply industry standards and best practices in electrical drafting.
Produce project-ready electrical designs suitable for industrial and commercial applications.

This course is ideal for Electrical Engineering students, Electrical Design Engineers, Industrial Automation Engineers, Technicians, Draftsmen, and professionals seeking to enhance their skills in electrical CAD design and industrial documentation. By combining theoretical concepts with extensive hands-on practice, the program prepares participants for careers in electrical design, automation, power systems, consulting, and engineering project development.

Enroll Now Learn More

40+

Instructional Hours

Why Choose This AI & ML Course?

Course Overview

Our comprehensive course curriculum covers everything from fundamentals to advanced techniques, preparing you for a successful career.

Instructional Hours

20.00

Comprehensive Modules

36.00

Lab Hours

3.00

Capstone Project

Module	Duration (Hours)	Theory	Lab	Self-Study
Introduction to AutoCAD Electrical	4	-	-	-
Working with project in AutoCAD	2	-	-	-
Working with drawing in AutoCAD Electrical	2	-	-	-
Working with wiring in AutoCAD Electrical	2	-	-	-
Working with ladder & rungs in AutoCAD Electrical	2	-	2	-
Working with schematic components in AutoCAD Electrical	2	-	2	-
Using PLC symbols in AutoCAD Electrical	4	-	4	-
AutoCAD Electrical editing commands	4	-	4	-
Working with terminals in AutoCAD Electrical	2	-	2	-
Working with connector diagram in AutoCAD Electrical	2	-	2	-
Creating symbols in AutoCAD Electrical	2	-	2	-
Working with schematic circuits in AutoCAD Electrical	4	-	4	-
Working with panel layout drawing in AutoCAD Electrical	2	-	2	-
Generating reports in AutoCAD Electrical	2	-	2	-
Application of Block and Attributes	2	-	2	-
Capstone Project	2	-	2	-
Total Hours	40		30

What You Will Learn

Navigate and efficiently use the AutoCAD Electrical interface and project management tools.
Create and manage electrical design projects using industry-standard workflows.
Apply electrical drafting standards and best practices in schematic development.
Create professional electrical schematic diagrams for industrial and commercial applications.
Design ladder logic diagrams, control circuits, and power circuits.
Insert, modify, and manage intelligent electrical symbols and components.
Develop accurate wiring and connection diagrams.
Design motor control circuits, including Direct-On-Line (DOL), Star-Delta, and Forward-Reverse starter circuits.
Create relay-based control systems and automation schematics.
Understand the integration of electrical control devices within industrial systems.
Work with terminals, connectors, relays, contactors, push buttons, limit switches, sensors, and protection devices.
Configure component tagging and maintain project-wide consistency.
Utilize AutoCAD Electrical libraries for efficient circuit development.
Create panel layout drawings and electrical enclosure designs.
Generate wire numbering and cross-referencing automatically.
Design and document panel wiring arrangements for industrial applications.
Generate Bills of Materials (BOM), wire lists, terminal plans, and component reports.
Create project documentation packages suitable for construction and manufacturing.
Produce professional engineering drawings and technical reports.
Manage multi-sheet electrical projects efficiently.

Utilize AutoCAD Electrical automation tools to reduce design time and errors.
Apply revision management and project organization techniques.
Identify and resolve common schematic and wiring errors.
Verify circuit continuity and component relationships.
Ensure design accuracy through automated checking tools.
Develop electrical drawings that comply with industrial engineering practices.
Collaborate effectively with engineers, technicians, and project teams.
Prepare project-ready designs for manufacturing, installation, and maintenance purposes.
Complete a comprehensive electrical design project incorporating all course concepts.
Demonstrate the ability to independently develop, document, and present an industrial electrical system design.
Build a professional portfolio showcasing practical AutoCAD Electrical skills.
Electrical CAD Designer
Electrical Design Engineer
Control System Designer
Industrial Automation Engineer
Electrical Draftsman
Panel Design Engineer
MEP Electrical CAD Technician
Engineering Project Support Specialist