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Certified Mechanical Design With Autodesk (AUTOCAD) (CMDWA-910)
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Target Students​

Mechanical engineers, designers, and drafting professionals who wish to gain proficiency in Autodesk AutoCAD for creating precise 2D and 3D designs in mechanical engineering projects.

Learning Objectives

-Master the basics of AutoCAD, including the user interface and essential commands.

-Develop skills in creating, modifying, and annotating 2D drawings.

-Learn to build and visualize 3D models and generate technical drawings.

-Understand best practices for managing and organizing AutoCAD projects.

-Gain experience with real-world mechanical design projects and case studies.

Exam Formats​
 

100 multiple-choice questions

Exam Options​
 

Online

In-Person

Exam Codes: CMDWA-910
Exam Duration: 2 hours
Passing Score​​: 70% 

Course Outline

Foundations of AutoCAD
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Module 1: Introduction to AutoCAD
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  • Overview of AutoCAD Software

  • Introduction to AutoCAD Interface and Workspace Customization

  • Basic Navigation and Understanding Coordinate Systems

  • Overview of Drawing Tools and Command Line Usage

  • Case Study: Setting Up a Mechanical Design Project in AutoCAD

  • Essential Drawing Commands

  • Creating and Modifying Basic Shapes: Lines, Circles, Arcs, and Polylines

  • Using Object Snaps, Grid, and Snap Settings for Precision Drawing

  • Understanding Layers and Line Types in Mechanical Drafting

  • Case Study: Creating a Simple Mechanical Part Drawing

​Module 2: 2D Drafting Techniques
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  • Advanced 2D Drawing and Editing

  • Working with Complex Shapes: Polygons, Ellipses, and Splines

  • Editing Techniques: Move, Copy, Rotate, Scale, Trim, and Extend

  • Creating and Using Blocks and WBlocks for Reusable Content

  • Case Study: Drafting a Detailed Mechanical Component with Multiple Views

  • Annotations and Dimension

  • Adding Text Annotations and Leaders

  • Creating and Editing Dimensions for Mechanical Drawings

  • Using Tables and Attributes for Technical Documentation

  • Case Study: Annotating and Dimensioning a Mechanical Assembly Drawing

3D Modeling and Visualization
Module 3: Introduction to 3D Modeling
​

  • Transitioning from 2D to 3D

  • Understanding 3D Coordinate Systems and UCS (User Coordinate System)

  • Basic 3D Modeling Commands: Extrude, Revolve, Loft, and Sweep

  • Creating and Editing 3D Solids, Surfaces, and Meshes

  • Case Study: Modeling a Simple Mechanical Part in 3D

  • Advanced 3D Modeling Technique

  •  Working with Complex 3D Shapes and Assemblies

  •  Applying Modifiers and Editing 3D Objects

  •  Visualizing Models: Rendering and Viewport Configuration

  •  Case Study: Designing a 3D Mechanical Assembly with Interlocking Parts

Module 4: Technical Drawings from 3D Models
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⦁     Generating 2D Drawings from 3D Models

  • Creating Orthographic Projections and Section Views

  • Extracting Dimensions, Annotations, and BOMs (Bill of Materials) from 3D Models

  • Using Model Space and Paper Space for Layouts and Printing

  • Case Study: Generating Detailed Technical Drawings for Manufacturing

Project Management and Best Practices
Module 5: Project Management in AutoCAD
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  • Managing AutoCAD Project

  • Organizing Files and Using External References (Xrefs)

  • Managing Large Projects with Layer States and Viewports

  • Best Practices for File Management and Data Security

  • Case Study: Managing a Multi-Part Mechanical Design Project

  • AutoCAD Customization and Automation

  • Customizing Tool Palettes, Menus, and Shortcuts

  • Introduction to AutoLISP and Macros for Workflow Automation

  • Case Study: Automating Repetitive Tasks in a Mechanical Design Project

Module 6: Collaboration and Sharing
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  •  Collaborating with AutoCAD

  • Working with DWG Files: Importing, Exporting, and File Compatibility

  • Using AutoCAD for Team Collaboration: Shared Projects and Cloud Services

  • Best Practices for Sharing and Reviewing Drawings with Stakeholders

  • Case Study: Collaborative Design Review and Revision Process

Capstone Project and Exam Preparation
Module 7: Mechanical Design Capstone Project
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  • Capstone Project

  • Participants Work on a Comprehensive Capstone Project that Encapsulates All Skills Learned Throughout the Course

  • Focus on Real-World Application, Creating a Complete Mechanical Design from Concept to Final Documentation

  • Peer Review and Presentation of Capstone Project

  • Exam Preparation and Review

  • Review of Key Concepts and Techniques Covered During the Course

  • Sample Exam Questions and Group Discussions

  • Final Q&A Session and Wrap-Up

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