10606150Rapid Prototyping
Course Information
Description
An introduction to how engineering and manufacturing utilize a parametric modeled file. Students follow parts through the product development cycle utilizing parametric design, computer aided manufacturing, stress analysis, computer simulation and rapid prototyping.
Total Credits
2
Prior Learning Assessment
  • Experiential-Portfolio
Course Competencies
  1. Select various 3D printing methods used to create products
    Assessment Strategies
    Skill Demonstration, Exam
    Criteria
    Recognize 3D printing process features when considering printing method.
    Calculate print material costs.
    Create FDM (Fused Deposition Modeling) printed parts.
    Create Polyjet printed parts.
    Create Composite printed parts.
    Create SLA (Stereolithography – Resin) printed parts.

  2. Manage related software to solve design problems
    Assessment Strategies
    Skill Demonstration, Exam
    Criteria
    Apply SolidWorks parametric modeling software to create designs.
    Translate design models to the 3D printing interface.
    Apply AutoCAD software to create laser engraving layouts.
    Apply PolyWorks software to reverse engineer products.
    Translate files to Meshmixer for 3D file manipulation.
    Apply Slicer to convert 3D models to 2D patterns.

  3. Apply tool design construction considerations for additive manufacturing
    Assessment Strategies
    Skill Demonstration, Exam
    Criteria
    Evaluate engineering design requirements.
    Evaluate material considerations.
    Apply design for manufacturing considerations.
    Analyze the leveraging of design freedom.

  4. Create custom working prototypes
    Assessment Strategies
    Skill Demonstration, Exam
    Criteria
    Design for specific application.
    Plan for assembly break-down of individual parts and design considerations.
    Apply proper part finishing techniques.
    Apply appropriate decoration and painting finishes.
    Apply appropriate assembly techniques.