AutoCAD IN MECHANICAL 2D & 3D ( S-020 )

AutoCAD Mechanical Course Syllabus

Module 1: Introduction to AutoCAD Mechanical

• Overview of AutoCAD Mechanical
  • Introduction to AutoCAD software and its applications in mechanical design.
  • Difference between AutoCAD and AutoCAD Mechanical.
• User Interface and Navigation
  • Understanding the AutoCAD Mechanical interface.
  • Toolbars, command line, and ribbon.
  • Navigation tools: Pan, Zoom, and Viewports.
• Basic Drawing Setup
  • Setting up units, limits, and scales.
  • Working with template files.
  • Introduction to layers and their management.

Module 2: Basic Drawing and Editing Commands

• Drawing Commands
  • Line, Circle, Arc, Rectangle, Polygon, and Ellipse.
  • Precision drawing tools: Object Snap, Grid, and Snap.
• Editing Commands
  • Move, Copy, Rotate, Mirror, Scale.
  • Trim, Extend, Fillet, and Chamfer.
  • Offset and Array (Rectangular & Polar).

Module 3: Working with Mechanical Components

• Standard Parts and Libraries
  • Inserting standard mechanical components (Shafts, Bearings, Screws, etc.).
  • Customizing parts using the Parts Library.
• Mechanical Layers and Layer Management
  • Managing layers specific to mechanical drawings.
  • Layer control, properties, and filtering.
• Title Blocks and BOM (Bill of Materials)
  • Creating and editing title blocks.
  • Automating Bill of Materials creation and updating.

Module 4: Dimensioning and Annotations

• Dimensioning Techniques
  • Types of dimensions: Linear, Angular, Radial, and Diameter.
  • Tolerances and fits.
  • Aligning and spacing dimensions.
• Text and Annotations
  • Adding text and multi-line text (Mtext) to drawings.
  • Customizing text style and formatting.
• Annotation Tools
  • Leaders and Multileaders.
  • Surface finish symbols, weld symbols, and other mechanical annotations.

Module 5: Advanced Features in AutoCAD Mechanical

• Mechanical Symbols and Annotations
  • Using mechanical symbols for technical drawings.
  • Welding symbols, surface finish symbols.
• Working with Assemblies
  • Creating and managing assembly drawings.
  • Exploded views and part detailing.
• Hatching and Gradient
  • Applying hatch patterns for sectional views.
  • Using gradient fills.

Module 6: Parametric Design and Constraints

• Parametric Constraints
  • Understanding geometric and dimensional constraints.
  • Applying constraints to control design intent.
• Working with Equations
  • Using equations to control dimensions.
  • Updating and modifying designs using parametric rules.

Module 7: Plotting and Output

• Plotting Drawings
  • Setting up plot styles.
  • Plotting mechanical drawings to scale.
• Exporting
  • Exporting to PDF, DWF, and other formats.
  • Printing multi-sheet drawings.

Module 8: Practical Project

• Project-Based Learning
  • Developing a complete mechanical drawing project.
  • From conceptual design to final output including parts list and BOM.
• Review and Presentation
  • Presenting project work and discussing design challenges.

Additional Modules (Optional)

• 3D Modelling in AutoCAD Mechanical
  • Introduction to 3D features in AutoCAD Mechanical.
  • Creating basic 3D models and assemblies.
• Integration with Other Software
  • Exporting designs to other mechanical software (SolidWorks, Inventor).

Assessment

• Weekly quizzes and assignments.
• Mid-term project.
• Final project presentation and evaluation.

1. Educational Background

• Basic Level Course:
  • Minimum qualification: High School Diploma (10th/12th Grade or equivalent).
  • Preferred: Diploma or certification in mechanical or related fields.
• Advanced Level Course:
  • Minimum qualification: Diploma/Degree in Mechanical Engineering, Industrial Design, or a related technical field.
  • Preferred: Prior experience or coursework in mechanical drafting or engineering design.

2. Technical Knowledge

• Basic Knowledge of Computers:

  • Familiarity with basic computer operations like file management, using Windows or Mac OS, and simple software applications.

• Mechanical Fundamentals (For Advanced Course):

  • Understanding of basic mechanical principles and components such as gears, bearings, shafts, etc.

3. Prior Software Experience

• Basic Course:
  • No prior AutoCAD or CAD software experience is required.
• Advanced Course:
  • Familiarity with any CAD software (AutoCAD, SolidWorks, CATIA) is recommended but not mandatory.

4. Other Requirements

• Interest in Mechanical Design:

  • A keen interest in learning and applying mechanical drafting and design principles.

• Attention to Detail:

  • Strong attention to detail and precision, which are crucial for mechanical drawings and specifications.

Additional Recommendations

• Mathematical Skills:

  • Basic knowledge of geometry and mathematics will be useful for accurate drawings and design calculations.

• Problem-Solving Skills:

  • Ability to visualize and solve design-related problems efficiently.