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AutoCAD Electrical

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Live online Intermediate

AutoCAD Electrical

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40 hrs
-
Hindi , English
1101 views
Subodh Sawant
Subodh SawantDesign Manager-Electrical Engineering (HOD)
  • 7-day money-back guarantee
  • Session recordings included
  • Certificate of completion

Why enroll

Why You Should Join Our AutoCAD Electrical Course:

Our AutoCAD Electrical Online Course is designed to equip you with the knowledge and practical skills needed to excel in the field of electrical design. Whether you’re an aspiring electrical designer, an engineer, or a professional looking to enhance your skills, this course will help you unlock the full potential of AutoCAD Electrical.

Here’s what our course brings to you:

  1. Comprehensive Learning Experience:
    You’ll gain an in-depth understanding of AutoCAD Electrical, from basic tools to advanced design techniques. We cover everything you need to know, including wiring diagrams, panel design, circuit design, and generating documentation.

  2. Hands-On Practice:
    You’ll work on real-world projects and exercises, allowing you to apply your learning in practical scenarios. This will help you build a strong portfolio and boost your confidence in creating professional electrical designs.

  3. Time-Saving Automation Tools:
    Learn how to automate tasks, from wire numbering to component placement, significantly speeding up your design process. These skills will help you increase productivity and efficiency on any electrical project.

  4. Industry-Relevant Skills:
    Our curriculum is aligned with the latest industry standards, ensuring you’re well-prepared for job opportunities or promotions in electrical design and drafting roles. AutoCAD Electrical is widely used in industries such as manufacturing, automation, and construction, making this an invaluable skill for your career.

  5. Expert Guidance:
    You’ll be guided by experienced instructors who not only teach the software but also share best practices, tips, and insights gained from real-world projects. Our instructors are committed to your success and will provide personalized feedback to help you grow.

  6. Career Advancement:
    Completing this course enhances your employability by demonstrating your expertise in AutoCAD Electrical. Whether you're looking to transition into electrical design or improve your current skill set, this course will give you a competitive edge in the job market.

  7. Flexible Learning:
    Our online format allows you to learn at your own pace, with 24/7 access to course materials. Whether you're a full-time professional or have a busy schedule, you can balance the course with your other commitments.

By the end of the course, you’ll be confident in creating electrical schematics, panel layouts, and generating accurate reports—all while utilizing AutoCAD Electrical’s advanced tools and features.

Join us and take your electrical design skills to the next level!

Is this course for you?

You should take this if

  • You work in Industrial Automation
  • You're a Electrical Engineering professional
  • You have some foundational knowledge in the subject
  • You prefer live, instructor-led training with Q&A

You should skip if

  • You're looking for an introductory overview course
  • You need a different specialisation outside Electrical Engineering
  • You need fully self-paced, on-demand content

Course details

Course suitable for

Key topics covered

Key Topics Covered in the AutoCAD Electrical Course:

  1. Introduction to AutoCAD Electrical

    • Overview of AutoCAD Electrical software and its advantages

    • Navigating the interface, workspace, and ribbon

    • Setting up projects, templates, and drawing files

  2. Electrical Symbols and Components

    • Using and understanding the electrical symbol library

    • Creating and editing custom electrical symbols

    • Tagging and labeling components for identification

  3. Wiring Diagrams and Circuit Design

    • Drawing and connecting electrical components with wires

    • Circuit design for power, control, and relay logic

    • Automatic wire numbering and component tagging

    • Creating multi-line and multi-page wiring diagrams

  4. Panel Layout Design

    • Designing and placing components in electrical panel layouts

    • Adding wiring, connections, and components to panels

    • Generating and customizing the Panel Bill of Materials (BOM)

  5. Managing Electrical Projects

    • Organizing and managing projects and drawing files

    • Using the Project Navigator to track and edit project files

    • Data management and component libraries in AutoCAD Electrical

  6. Generating Electrical Documentation

    • Creating detailed electrical schematics and documentation

    • Title blocks, border management, and sheet setup

    • Generating reports, bills of materials (BOMs), and part lists

  7. Advanced Automation and Customization

    • Automating repetitive tasks using the “Auto-Draw” and other automation tools

    • Customizing symbols, libraries, and tool palettes

    • Creating macros and custom commands for efficiency

  8. Best Practices and Standards for Electrical Design

    • Working with standard electrical design practices

    • Ensuring drawing accuracy, consistency, and clarity

    • Collaborating on projects and maintaining file integrity

  9. Integration with Other Software

    • Importing and exporting data to and from AutoCAD Electrical

    • Integration with other Autodesk products and CAD tools

    • Linking AutoCAD Electrical with PLC and automation systems

  10. Troubleshooting and Error Management

    • Identifying and fixing common issues in electrical drawings

    • Debugging circuit designs and managing component errors

    • Best practices for troubleshooting AutoCAD Electrical files

  11. Capstone Project

    • Applying learned skills to create a full electrical design project

    • Creating a wiring diagram, panel layout, and generating project documentation

By covering these key topics, the course ensures that you will not only master the software but also understand the core principles of electrical design, allowing you to work efficiently in the industry and advance your career.

Opportunities that await you!

Skills & tools you'll gain

AutoCAD Electrical

Career opportunities

Training details

This is a live course that has a scheduled start date.

Live session

Starts

Sun, Mar 9, 2025

7:30 AM UTC· your timezone

Duration

4 hours per day

10 days total

Why people choose EveryEng

Industry-aligned courses, expert training, hands-on learning, recognized certifications, and job opportunities-all in a flexible and supportive environment.

What learners say about this course

Suryanshu Rajiv Ojha
Suryanshu Rajiv Ojha Student
May 3, 2026

Came away with a different lens on refactoring legacy electrical layouts without blowing up existing infra. The grounding and bonding chapter stuck, especially the subpanel walkthrough where the neutral/ground tie gets relocated and the knock-on effects are traced. It bridged to how I think about arch changes in prod—how a tweak lands in the repo, survives a PR, and shows up in obs. Wasn't sold on the short motor-starting calc section; wished there was more on fault current, but it did close the gap between what I knew and what I thought I knew.

Dipankar Maity
Dipankar Maity Engineer
Feb 25, 2026

At first glance, the topics looked familiar, but the depth surprised me. Coming from a working background in oil & gas facilities and some crossover automotive automation projects, the way the course tied control panel design to real operating constraints stood out. The sections on PLC I/O schematics and IEC vs NEC differences helped close a gap I’ve had when reviewing vendor panels for compressor skids and test benches. One challenge was keeping up during the CAD-based schematic work. Moving from concept to a clean, standards‑compliant drawing in EPLAN took more effort than expected, especially around wire numbering and terminal planning. That said, struggling through that part mirrored real project pressure more than a polished demo would have. The most practical takeaway was a clearer method for panel layout—spacing, heat dissipation, and grounding decisions now feel intentional instead of rule-of-thumb. The safety modules, especially LOTO and grounding practices, directly apply to both refinery panels and automotive assembly cells where audits are common. This wasn’t abstract theory; it lined up with panels I’ve actually had to troubleshoot during commissioning. I can see this being useful in long-term project work.

Suryanshu Rajiv Ojha
Suryanshu Rajiv Ojha Student
May 3, 2026

Came away with a different lens on refactoring legacy electrical layouts without blowing up existing infra. The grounding and bonding chapter stuck, especially the subpanel walkthrough where the neutral/ground tie gets relocated and the knock-on effects are traced. It bridged to how I think about arch changes in prod—how a tweak lands in the repo, survives a PR, and shows up in obs. Wasn't sold on the short motor-starting calc section; wished there was more on fault current, but it did close the gap between what I knew and what I thought I knew.

Dipankar Maity
Dipankar Maity Engineer
Feb 25, 2026

At first glance, the topics looked familiar, but the depth surprised me. Coming from a working background in oil & gas facilities and some crossover automotive automation projects, the way the course tied control panel design to real operating constraints stood out. The sections on PLC I/O schematics and IEC vs NEC differences helped close a gap I’ve had when reviewing vendor panels for compressor skids and test benches. One challenge was keeping up during the CAD-based schematic work. Moving from concept to a clean, standards‑compliant drawing in EPLAN took more effort than expected, especially around wire numbering and terminal planning. That said, struggling through that part mirrored real project pressure more than a polished demo would have. The most practical takeaway was a clearer method for panel layout—spacing, heat dissipation, and grounding decisions now feel intentional instead of rule-of-thumb. The safety modules, especially LOTO and grounding practices, directly apply to both refinery panels and automotive assembly cells where audits are common. This wasn’t abstract theory; it lined up with panels I’ve actually had to troubleshoot during commissioning. I can see this being useful in long-term project work.

COMPLETED

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Questions and Answers

A: A. That change creates duplicates unless you force a re-number across the project database. Seen it bite at FAT. B. Layer state doesn’t drive wire ID assignment. It only hides geometry. C. Symbol standards affect graphics and attributes, not wire sequence logic. D. Catalog choice impacts BOM and ratings, not upstream wire numbering.

A: A. Mixed metals plus chloride exposure explains the localized attack you’re seeing. B. Voltage level doesn’t drive copper oxidation in this range. C. SCC shows cracking, not surface patina, and torque here is low. D. Housing damage doesn’t create green corrosion products on conductors.

A: A. Slot usage changes ripple into address maps unless you lock them. B. Wire numbers don’t move unless you explicitly re-number. C. AutoCAD Electrical doesn’t model thermal load that way. D. Those spares still consume addresses in the database.

A: A. That creates dumb graphics with no connectivity, classic failure. B. Color tables don’t affect continuity. C. Line style doesn’t remove connectivity by itself. D. Voltage attributes don’t delete wires from reports.