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Learn 3D printing (Additive Manufacturing)
Rating: 4.3 out of 5(106 ratings)
471 students
Created byDr. Rauf Tailony
Last updated 4/2019
English

What you'll learn

  • Understand the production span of additive manufacturing, from the design level to the final part
  • Understand the basic additive manufacturing processes, and the limitations and advantages of each process.
  • Differentiating between traditional processes and additive manufacturing production.
  • Understand the limitations and advantages of each 3D printing process.
  • Be able to apply additive manufacturing in real-world engineering applications.

Course content

5 sections • 19 lectures • 7h 28m total length

  • Introduction to additive manufacturing25:28

    Topics covered in this lecture:

    • Introduction to 3D printing

    • How does 3D printing works

    • Benefits of 3D printing

    • Applications overview

    • Basic principles of additive manufacturing

    • Stereolithography technology

    • Digital light projector (DLP) technology

  • 3D printing processes review22:00

    Topics that you will learn during this lecture:

    • Selective laser sintering (SLS) technology

    • Plaster based 3D printing

    • Granular printing techniques

    • Granules solidification methods

    • Binding and blown powder printing

    • Lamination

    • Fused deposition modeling (FDM)


  • Printing techniques synonyms23:55

    Covered topics:

    • Metal jetting technique

    • Binder jetting technique

    • Photopolymer vat technique

    • Material extrusion technique



  • Printing techniques synonyms 223:01

    Covered topics:

    • Metal extrusion

    • Powder bed fusion

    • Directed energy deposition

    • Sheet lamination

    • Additive manufacturing impact on manufacturing


Requirements

  • 3D objects creation and processing background is preferred but not necessary.

Description

Additive manufacturing (AM) as known as 3D printing, is a technology that reached the consumers market in recent years and started to be used in application on the individual and industry levels. Although the additive manufacturing technologies are expanding rapidly and carry a lot of potential for future advancement, each methodology followed has its own ups and downs. This class will cover additive manufacturing processes, the advantages and limitations of these processes, and the approaches to be used in considering the material properties and design for additive manufacturing. The applications of additive manufacturing will be covered, such as those in the aerospace and health care tools. Taking this course will empower you to design your own 3D models in a systematic way for various engineering application by learning the software and hardware of the additive manufacturing implementation.

Who this course is for:

  • Professionals, Engineering students, and 3D printing hobbyist.

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