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Certificate Associate Mechanical Design With Solidworks (CAMDS-911)
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Target Students​

Mechanical engineers, designers, and drafting professionals seeking to gain proficiency in Solidworks for creating detailed 3D models and technical drawings for mechanical design projects.

Learning Objectives

Master the basics of Solidworks, including the user interface and essential modeling tools.

Develop skills in creating, editing, and managing complex 3D models.

Learn to generate accurate technical drawings and assemblies from 3D models.

Understand best practices for organizing and managing Solidworks projects.

Gain experience with real-world mechanical design challenges and case studies.

Exam Formats​
 

100 multiple-choice questions

Exam Options​
 

Online

In-Person

Exam Codes: CAMDS-911
Exam Duration: 2 hours
Passing Score​​: 70% 
Course Outline
 
Foundations of Solidworks
​
Module 1: Introduction to Solidworks
​

  • Overview of Solidworks Software

  • Introduction to Solidworks Interface and Navigation

  • Understanding File Management and Design Intent

  • Overview of Sketching Tools and Basic Modeling Commands

  • Case Study: Setting Up a Mechanical Design Project in Solidworks

  • Essential Sketching Techniques

  • Creating 2D Sketches Using Lines, Circles, Arcs, and Splines

  • Applying Sketch Constraints and Dimensions for Precision

  • Understanding Relations and Constraints for Parametric Design

  • Case Study: Sketching the Base Features of a Mechanical Part

​Module 2: Basic Part Modeling
​

  • Extrusion and Revolve Features

  • Creating 3D Parts Using Extrude and Revolve Features

  • Applying Draft, Fillet, and Chamfer to Model Edges

  • Understanding Feature-Based Modeling and History Tree

  • Case Study: Modeling a Simple Mechanical Component

  • Advanced Part Modeling Techniques

  • Working with Complex Features: Sweeps, Lofts, and Patterns

  • Using Shell, Rib, and Draft Features for Engineering Design

  • Editing and Modifying Existing Models with Design Changes

  • Case Study: Creating and Modifying a Complex Mechanical Part

Assemblies and Technical Drawings
Module 3: Assembly Modeling
​

  • Introduction to Assembly Design

  • Creating Assemblies by Inserting and Mating Components

  • Managing Assembly Relationships and Constraints

  • Exploring Subassemblies and Hierarchical Assemblies

  • Case Study: Building a Mechanical Assembly from Multiple Parts

  • Advanced Assembly Techniques

  • Working with Large Assemblies and Configurations

  • Using Assembly Features: Exploded Views and Motion Analysis

  • Managing Assembly Design Changes and Interference Detection

  • Case Study: Analyzing and Optimizing a Mechanical Assembly

Module 4: Technical Drawings from 3D Models
​
​

  • ⦁    Generating 2D Drawings from 3D Models

  • Creating Orthographic Projections and Section Views

  • Extracting Dimensions, Annotations, and BOMs (Bill of Materials) from 3D Models

  • Using Model Space and Paper Space for Layouts and Printing

  • Case Study: Generating Detailed Technical Drawings for Manufacturing

Project Management and Best Practices
Module 5: Managing Solidworks Projects
​

  • Organizing Solidworks Files and References

  • Best Practices for File Management: Parts, Assemblies, and Drawings

  • Using Design Libraries and Templates for Standardization

  • Case Study: Efficient Project Management for a Complex Design

  • Collaboration and Data Management

  • Using PDM (Product Data Management) Tools in Solidworks
    Collaborating on Design Projects: Sharing and Version Control
    Case Study: Managing a Collaborative Design Project with PDM

Module 6: Solidworks Customization and Automation
​

  • Customizing Solidworks Environment

  • Setting Up Custom Toolbars, Menus, and Shortcuts

  • Creating and Using Macros for Repetitive Tasks

  • Case Study: Improving Design Efficiency with Customization

  • Introduction to Simulation and Analysis

  •  Basic Simulation Techniques: Stress Analysis, Motion Study

  • Integrating Simulation Results into Design Optimization

  • Case Study: Simulating and Improving the Performance of a Mechanical Component

Capstone Project and Exam Preparation
Module 7: Mechanical Design Capstone Project
​

  • Capstone Project

    •  Participants Work on a Comprehensive Capstone Project that Encapsulates All Skills Learned Throughout the Course

    • Focus on Real-World Application, Creating a Complete Mechanical Design from Concept to Final Documentation

    • Peer Review and Presentation of Capstone Project

  •    Exam Preparation and Review

    •  Review of Key Concepts and Techniques Covered During the Course

    • Sample Exam Questions and Group Discussions

    • Final Q&A Session and Wrap-Up

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