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Course Outline

Introduction to Industrial Automation

  • What constitutes industrial automation?
  • Overview of automation systems and their components
  • The role of CAD in automation design

SolidWorks Fundamentals for Automation

  • Review of the SolidWorks interface and key features
  • Designing basic components and assemblies
  • Introduction to parametric design for automation components

Designing Automated Systems

  • Understanding motion studies for automation design
  • Designing conveyor systems, robotic arms, and pick-and-place mechanisms
  • Integrating sensors and actuators within SolidWorks

Simulation and Analysis

  • Utilizing SolidWorks Simulation for load analysis in automation systems
  • Simulating range of motion, collisions, and efficiency
  • Predictive maintenance and design optimization

Interfacing with Real-World Systems

  • Exporting designs for manufacturing processes
  • Generating Bills of Materials (BOMs) and documentation
  • Interfacing SolidWorks designs with industry-standard automation software

Advanced Topics in Industrial Automation with SolidWorks

  • Designing with pneumatics and hydraulics in SolidWorks
  • Advanced motion analysis for complex automation systems
  • Integrating IoT and smart devices with SolidWorks designs

Final Project and Review

  • Students will design a complete industrial automation system using SolidWorks
  • Presentation and feedback on the final projects
  • Review and Q&A session

Summary and Next Steps

Requirements

  • A foundational understanding of basic mechanical design principles
  • Prior experience with CAD software (SolidWorks preferred)
  • Basic CAD experience with GD&T

Target Audience

  • Mechanical Engineers seeking to specialize in industrial automation
  • CAD Designers aiming to enhance their skills for automation projects
  • Industrial Automation professionals looking to integrate SolidWorks into their workflow
 35 Hours

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