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CADD CENTRE

🇮🇳CADD|CAM|CNC|TRAINING CENTRE

AutoCAD Professional Complete Course Syllabus

Comprehensive curriculum covering AutoCAD from fundamentals to advanced applications. Master 2D drafting, 3D modeling, and industry-specific projects.

Duration

3-6 Months

Total Hours

120 Hours

Projects

15+ Projects

Certification

Professional Certificate

Course Overview

What You'll Learn

  • Master 2D drafting and annotation
  • Create complex 3D models and assemblies
  • Industry-specific applications and standards
  • Advanced features and customization
  • Real-world project implementation

Career Outcomes

  • CAD Designer
  • Drafting Technician
  • Design Engineer
  • Architectural Drafter
  • Mechanical Designer

Detailed Course Modules

Module 1: AutoCAD Fundamentals
2 Weeks

Topics Covered:

  • Introduction to AutoCAD and CAD concepts
  • AutoCAD interface and workspace setup
  • Basic drawing commands (LINE, CIRCLE, RECTANGLE)
  • Coordinate systems and precision drawing
  • Object selection and modification
  • Drawing units and scales
  • File management and saving practices

Learning Outcomes:

  • Understand AutoCAD interface and basic concepts
  • Master fundamental drawing commands
  • Create precise 2D drawings with proper units
  • Use coordinate systems effectively
Module 2: 2D Drafting Essentials
3 Weeks

Topics Covered:

  • Advanced drawing commands (ARC, POLYGON, ELLIPSE)
  • Modification commands (COPY, MOVE, ROTATE, SCALE)
  • Array and mirror commands
  • Fillet and chamfer operations
  • Offset and trim commands
  • Layer management and organization
  • Object properties and linetypes

Learning Outcomes:

  • Create complex 2D geometric shapes
  • Use advanced modification tools
  • Organize drawings with layers
  • Apply proper drafting standards
Module 3: Annotation and Documentation
2 Weeks

Topics Covered:

  • Text creation and formatting
  • Dimensioning styles and standards
  • Linear, angular, and radial dimensions
  • Leaders and annotations
  • Hatch patterns and fills
  • Tables and data management
  • Drawing templates and standards

Learning Outcomes:

  • Add professional annotations to drawings
  • Create proper dimensioning
  • Use hatch patterns effectively
  • Maintain drawing standards
Module 4: 3D Modeling Basics
3 Weeks

Topics Covered:

  • Introduction to 3D modeling concepts
  • 3D coordinate systems and views
  • Basic 3D primitives (BOX, CYLINDER, SPHERE)
  • 3D navigation and visualization
  • Extrude and revolve commands
  • Boolean operations (UNION, SUBTRACT, INTERSECT)
  • 3D modification tools

Learning Outcomes:

  • Understand 3D modeling principles
  • Create basic 3D objects
  • Use 3D navigation effectively
  • Apply Boolean operations
Module 5: Advanced 3D Modeling
3 Weeks

Topics Covered:

  • Advanced 3D modeling techniques
  • Loft and sweep operations
  • Surface modeling basics
  • 3D array and mirror
  • 3D fillet and chamfer
  • Solid editing tools
  • 3D visualization and rendering

Learning Outcomes:

  • Create complex 3D models
  • Use advanced 3D tools
  • Apply surface modeling techniques
  • Generate 3D visualizations
Module 6: Industry Applications
2 Weeks

Topics Covered:

  • Mechanical engineering drawings
  • Architectural floor plans
  • Electrical schematics
  • Civil engineering layouts
  • Manufacturing drawings
  • Assembly drawings
  • Bill of materials (BOM)

Learning Outcomes:

  • Create industry-specific drawings
  • Understand different application areas
  • Apply proper standards for each industry
  • Generate complete documentation
Module 7: Advanced Features
2 Weeks

Topics Covered:

  • Dynamic blocks and attributes
  • External references (XREF)
  • Layout and paper space
  • Plotting and printing
  • Customization and automation
  • LISP programming basics
  • Data extraction and linking

Learning Outcomes:

  • Use advanced AutoCAD features
  • Create dynamic blocks
  • Manage complex drawings with XREFs
  • Prepare drawings for printing
Module 8: Project Work and Certification
3 Weeks

Topics Covered:

  • Real-world project implementation
  • Portfolio development
  • Industry best practices
  • Quality assurance and checking
  • AutoCAD certification preparation
  • Final project presentation
  • Career guidance and placement

Learning Outcomes:

  • Complete real-world projects
  • Build professional portfolio
  • Prepare for AutoCAD certification
  • Understand industry requirements
Assessment & Certification

Continuous Assessment

Regular assignments and practical tests throughout the course

Final Project

Comprehensive project demonstrating all learned skills

Certification

AutoCAD Professional Certificate upon successful completion

Ready to Master AutoCAD?

Join our comprehensive AutoCAD course and start your journey towards becoming a CAD professional.

AutoCAD Professional Complete Course - Enroll NowView Course Details
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