Auto CAD Curriculum

Auto CAD

History of Auto CAD

1982: AutoCAD launched by Autodesk as one of the first computer-aided design (CAD) software for personal computers.
1980s–1990s: Gained popularity among engineers, architects, and designers for 2D drafting and technical drawings.
2000s: Introduced 3D modeling, parametric design, and improved drafting tools.
Evolution: Enhanced with BIM integration, cloud collaboration, advanced rendering, and support for multiple industries including mechanical, civil, and electrical engineering.
Current use: Widely used by engineers, architects, and designers to create precise 2D and 3D drawings, plans, and technical documentation for manufacturing, construction, and infrastructure projects.

Module 1: Introduction to AutoCAD

  • What is AutoCAD?
  • Interface Overview: Ribbon, Toolbars, Command Line
  • Setting up the workspace (Drafting & Annotation, 3D Basics, etc.)
  • File formats (.DWG, .DXF)
  • Units and drawing limits
  • Coordinate systems (Absolute, Relative, Polar)

Module 2: Basic Drawing Tools

  • Line, Polyline
  • Circle, Arc, Ellipse
  • Rectangle, Polygon
  • Hatch and Gradient
  • Construction Lines (Xline, Ray)

Module 3: Modify Tools

  • Move, Copy, Rotate, Scale
  • Trim, Extend, Break
  • Mirror, Offset, Fillet, Chamfer
  • Stretch and Lengthen
  • Array (Rectangular & Polar)

Module 4: Object Snaps and Selection Tools

  • OSNAP settings and usage
  • Object Snap Tracking
  • Selection methods (Window, Crossing, Fence, etc.)
  • Grips and editing with grips

Module 5: Layers and Properties

  • Creating and managing layers
  • Layer properties (color, linetype, lineweight)
  • Object properties vs. ByLayer settings
  • Using Layer States and Filters

Module 6: Annotations and Dimensions

  • Text (Single-line, Multi-line)
  • Text styles
  • Dimensioning tools (Linear, Aligned, Angular, Radius, etc.)
  • Dimension styles
  • Leaders and Multileaders

Module 7: Blocks and Attributes

  • Creating and inserting blocks
  • Dynamic blocks (basic intro)
  • Block attributes (title blocks, data fields)
  • WBLOCK and Design Center

Module 8: Hatching and Gradients

  • Hatch patterns and scale
  • Boundary selection
  • Editing hatches
  • Gradient fills

Module 9: Layouts and Plotting

  • Model space vs. Paper space
  • Viewports and scaling
  • Title blocks and page setup
  • Plot styles and CTB files
  • Printing to PDF or Plotter

Module 10: Advanced Drawing Techniques

  • Multiline and Tables
  • Groups and Quick Select
  • External References (Xrefs)
  • File management (Purge, Audit, Recover)
  • Inquiry commands (Distance, Area, ID, etc.)

Module 11: Introduction to 3D Modeling (Optional)

  • 3D Workspace and Views
  • Basic 3D objects (Box, Sphere, Cylinder, etc.)
  • Extrude, Revolve, Sweep, Loft
  • 3D Modifying tools (Union, Subtract, Intersect)
  • Visual styles and rendering basics

Module 12: Project Work

  • Creating a 2D Floor Plan (Architectural or Mechanical)
  • Annotating and dimensioning
  • Creating title blocks and plotting layouts
  • Final presentation sheet preparation

Bonus / Advanced Topics (Optional)

  • Parametric constraints
  • Tool palettes and custom commands
  • Action Recorder
  • AutoLISP basics
  • Collaboration tools (Shared Views, DWG Compare)

Add-ons (if you're studying or teaching)

  • Weekly assignments
  • Mini-projects (e.g., house plan, machine part, site plan)
  • Final project evaluation checklist
  • Final project evaluation checklist
  • Certification mock test (for AutoCAD Certified User exams)

Why Learn Auto CAD

AutoCAD is the industry-standard software for creating precise 2D and 3D engineering, architectural, and mechanical drawings. Learning AutoCAD equips you with skills to design, draft, and visualize projects accurately, making it essential for careers in engineering, architecture, construction, and manufacturing.

Future Scope After Learning Auto CAD

The future scope of AutoCAD is very promising as precision drafting and 3D modeling are increasingly required in engineering, architecture, construction, and manufacturing industries. By mastering AutoCAD, you can pursue careers as a CAD Designer, Draftsman, Architectural Designer, Mechanical Designer, or Civil Engineer. Its versatility, industry-standard status, and integration with modern design workflows ensure strong global career growth and opportunities in both corporate and freelance roles.

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