DFAB 201 - Advanced 3D Printing

Number of Credits: 3
Employ advanced 3D Printing theory and methodology using industrial grade Additive Manufacturing technology. Apply design techniques to leverage the attributes of various professional 3D printers in preparation for the workforce. Completion of DFAB-105 prior to taking this course is strongly recommended. (Spring Term Only) Two hours lecture each week. Two hours laboratory each week. Three Credits. Three billable hours.

Pre-requisite(s):

DFAB 101
Course Topics:

Overview of Additive Manufacturing
Additive Manufacturing Technologies for 3D Printing
SOLIDWORKS-Assemblies, Multibody Parts, and Saving for 3D Printing
Introduction to Stratasys FDM (Fused Deposition Modeling) 3D Printers
FDM Design Guide & Fabrication Considerations
Introduction to GrabCAD Slicer software
Introduction to Stratasys F170 3D Printer & Post Processing
Introduction to Markforged 3D Printers
Introduction to Eiger Slicing Software
Demo Markforged Printers
Continuous Fiber Design Guide
Introduction to FormLabs 3D Printers
Introduction to PreForm Slicer Software
FormLabs Design Guide
How to Write a 3D Printing Design Brief
Demo FormLabs 3D Printers
Introduction to Stratasys Polyjet 3D Printers
Polyjet Design Guide
Creating a Visualization Using SOLIDWORKS PhotoView 360
Introduction to Keyshot 3D Rendering Software
Additive Manufacturing Post Processing Techniques
Demo Waterjet Station for Polyjet Post Processing
Introduction to Stratasys J55 3D Printer

Course Objectives: Upon successful completion of this course, students will be able to:

Explain the various advantages and constraints of 3D printing. (PG1)
Describe the American Society of Testing and Materials key Additive Manufacturing processes and associated technologies. (PG1)
Evaluate 3D printing industries and their accompanying applications. (PG1)
Differentiate Digital Manufacturing applications. (PG1, PG2)
Use software effectively to perpetuate functional artifacts. (PG4, PG5)
Implement Industrial Grade Additive Manufacturing technologies in a variety of applications. (PG2, PG4)
Apply additive design and fabrication considerations. (PG4)
Demonstrate post-processing techniques for Industrial Grade Additive Manufacturing technologies. (PG4)