Module 1 – Introduction to AutoCAD with AI

• Introduction to Computer-Aided Design (CAD)
• Overview of AutoCAD software
• Introduction to AI in computer-aided design
• Applications of AutoCAD in engineering and architecture
• 2D drafting and 3D modeling concepts
• Understanding the AutoCAD workspace
• AI-assisted design workflows
• Course objectives and project overview

Module 2 – AutoCAD Interface & Basic Settings

• Understanding the AutoCAD interface
• Ribbon, command line and toolbars
• Drawing area and navigation tools
• Creating and saving drawing files
• Units and drawing limits
• Coordinate systems
• Grid, Snap, Ortho and Polar Tracking
• Object selection methods
• Customizing the workspace

Module 3 – Basic Drawing Commands

• Line and Polyline commands
• Circle and Arc commands
• Rectangle and Polygon commands
• Ellipse and Spline commands
• Point and construction lines
• Object selection and editing
• Using command aliases
• Drawing accuracy and precision
• Basic drafting exercises

Module 4 – Modify Commands & Editing

• Move and Copy commands
• Rotate and Scale commands
• Mirror and Offset commands
• Trim and Extend commands
• Fillet and Chamfer commands
• Stretch and Lengthen commands
• Array and Explode commands
• Undo and Redo operations
• Efficient editing workflows

Module 5 – Precision Drawing & Coordinate Systems

• Absolute coordinates
• Relative coordinates
• Polar coordinates
• Direct distance entry
• Object snaps
• Object Snap Tracking
• Dynamic Input
• Precision drafting techniques
• Drawing complex shapes accurately

Module 6 – Layers, Properties & Object Management

• Introduction to layers
• Creating and organizing layers
• Layer colors, line types and line weights
• Layer visibility and locking
• Object properties
• Properties palette
• Match Properties command
• Layer standards and naming conventions
• Managing complex drawings

Module 7 – Annotation & Dimensioning

• Adding text and multiline text
• Text styles
• Linear and aligned dimensions
• Angular and radius dimensions
• Diameter dimensions
• Dimension styles
• Leaders and multileaders
• Notes and annotations
• Drawing readability and standards

Module 8 – Blocks, Attributes & Reusable Components

• Introduction to blocks
• Creating and inserting blocks
• Editing block definitions
• Dynamic block fundamentals
• Block attributes
• Reusable design components
• External references (Xrefs)
• Block libraries
• Improving drafting efficiency

Module 9 – Hatching, Patterns & Design Presentation

• Introduction to hatching
• Applying hatch patterns
• Gradient fills
• Boundary creation
• Hatch editing
• Material representation
• Pattern scaling and alignment
• Design clarity and presentation
• Preparing professional drawings

Module 10 – Layouts, Plotting & Printing

• Model Space and Paper Space
• Creating layouts
• Viewports and viewport scales
• Page setup
• Plot styles
• Line weight settings
• Printing to paper
• Exporting drawings to PDF
• Drawing sheet preparation

Module 11 – 2D Architectural Drafting

• Introduction to architectural drawings
• Floor plan preparation
• Walls, doors and windows
• Room layouts
• Staircase drafting
• Furniture layouts
• Dimensions and annotations
• Elevation and section fundamentals
• Preparing architectural drawing sheets

Module 12 – 2D Mechanical & Engineering Drafting

• Engineering drawing fundamentals
• Orthographic projections
• Geometric construction
• Mechanical component drafting
• Sectional views
• Detail drawings
• Center lines and hidden lines
• Geometric dimensioning concepts
• Engineering drawing documentation

Module 13 – Introduction to 3D Modeling

• Introduction to 3D design
• Understanding 3D coordinates
• ViewCube and visual styles
• UCS and coordinate orientation
• Wireframe and solid concepts
• Basic 3D navigation
• Creating 3D primitives
• Managing 3D views
• Introduction to 3D workflows

Module 14 – 3D Modeling & Editing

• Extrude and Presspull commands
• Revolve and Sweep commands
• Loft command
• Union and Subtract operations
• Intersect operations
• 3D Move and Rotate
• Solid editing
• Creating mechanical and architectural objects
• Basic 3D model development

Module 15 – Introduction to AI Tools for CAD

• Understanding AI-assisted design
• Overview of AI tools used in design workflows
• AI-assisted brainstorming and concept development
• Using AI to explain CAD commands
• Generating design ideas from written descriptions
• Using AI to create drafting checklists
• Understanding AI-generated design suggestions
• Verifying AI outputs before implementation
• Limitations of AI in technical drafting

Module 16 – AI-Assisted AutoCAD Productivity

• Using AI to understand drawing requirements
• Preparing step-by-step drafting plans
• Creating and improving AutoLISP code with AI assistance
• Understanding AutoCAD automation concepts
• Generating sample scripts for repetitive tasks
• Automating basic drafting workflows
• Debugging code with AI assistance
• Reviewing generated scripts before execution
• Improving productivity through repeatable workflows

Module 17 – AI for Design Analysis & Documentation

• Converting design requirements into drawing plans
• Using AI to organize design specifications
• Preparing drawing notes and descriptions
• Generating preliminary checklists
• Reviewing dimensions and annotations
• Identifying possible drafting inconsistencies
• Improving drawing documentation
• Using AI for design research
• Human verification and technical accuracy

Module 18 – Advanced Drafting & Workflow Optimization

• Advanced layer management
• External reference workflows
• Drawing cleanup and file organization
• Reusable templates
• Standards-based drafting
• Efficient command workflows
• Batch and repetitive task concepts
• AI-assisted workflow planning
• Quality checks and drawing consistency

Module 19 – Practical Projects & AI Integration

• 2D residential floor plan
• Architectural layout with dimensions
• Mechanical component drawing
• Engineering detail drawing
• Basic 3D object modeling
• AI-assisted drafting plan
• Creating a simple automation script
• Drawing annotation and documentation
• Final project review and correction

Module 20 – Final Project & Assessment

• Selection of a practical CAD project
• Planning the drawing workflow
• Creating a complete 2D drawing
• Developing a basic 3D model where applicable
• Using AI tools for planning and productivity
• Applying layers and dimensions
• Preparing layouts and PDF output
• Checking drawing accuracy
• Project presentation
• Final practical assessment