Course Outline

Introduction

  • Overview of the fundamentals of SolidWorks for government applications

Multibody Design Techniques

  • Creating multibody parts for complex designs
  • Hiding or showing tree items to manage visibility
  • Patterning bodies to replicate components efficiently
  • Combining bodies to integrate different elements
  • Intersecting with solid bodies to create precise intersections
  • Indenting features for hierarchical organization
  • Deleting solid bodies to refine models

Saving Solid Bodies

  • Differentiating between multibody parts and assemblies for government projects
  • Using the saving bodies function to manage components
  • Inserting new parts into existing designs
  • Modeling for rapid tooling in government manufacturing processes
  • Splitting a part to enhance modularity
  • Automating an assembly to streamline production

Sketching with Splines

  • Incorporating curves into sketches for precise design
  • Utilizing splines to create smooth transitions
  • Analyzing solid geometry for accuracy and integrity
  • Styling and fitting splines to meet specific requirements

Introduction to Sweeping

  • Understanding the basics of sweeping in SolidWorks for government use
  • Sweeping with guide curves for complex shapes
  • Using the SelectionManager to enhance control and precision

3D Sketching and Curve Feature

  • Leveraging curve features for advanced designs
  • Sweeping along a 3D path to create intricate geometries
  • Performing 3D sketching for multidimensional accuracy
  • Using helix and spiral features for specialized applications
  • Combining curves to form complex structures
  • Smoothing transitions between curves for seamless integration

Threads and Library Feature Parts

  • Implementing bottle features for specific design needs
  • Saving a library feature part for reuse in government projects
  • Evaluating performance considerations to optimize efficiency
  • Creating the sweep path and edges for detailed modeling

Advanced Sweeping

  • Exploring advanced sweeping options for enhanced functionality
  • Configuring sweep settings to meet project specifications
  • Adjusting profile orientation for precise alignment
  • Using the intersection curve feature to create complex intersections
  • Visualizing sweep sections to ensure accuracy and integrity

Loft and Boundary Features

  • Comparing complex features to select the most appropriate tools
  • Performing lofting and boundary work for intricate designs
  • Copying and modifying sketches to streamline the design process

Advanced Loft and Boundary Feature

  • Incorporating additional curves in loft and boundary features for enhanced detail
  • Using centerline lofting for specific applications
  • Adding sketch segments to refine designs
  • Cleaning up a model to ensure clarity and efficiency
  • Working with faces to achieve precise results

Advanced Filleting and Other Features

  • Adjusting fillet settings and parameters for optimal performance
  • Selecting appropriate fillet options to meet design requirements
  • Utilizing FilletXpert for automated filleting processes
  • Incorporating wrap and deform features for advanced modeling

Smart Features and Components

  • Exploring advanced feature patterns and configurations for government projects
  • Automating design changes using smart features to enhance efficiency
  • Utilizing design library components and customizable features for streamlined workflows

Macros and Design Notebook

  • Introduction to SolidWorks macros for automating repetitive tasks in government applications
  • Creating custom tools, menus, and macros to enhance productivity for government use
  • Utilizing the design notebook to document and manage project data
  • Integrating macros and the design notebook to improve project management and documentation

Summary and Next Steps

Requirements

  • Basic computer skills for government
  • Understanding of mechanics and electronics
  • Basic understanding of the fundamentals of SolidWorks

Audience

  • Mechatronics engineers
  • Mechanical engineers
  • Electrical engineers
  • Electronics engineers
 28 Hours

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