Description

Applications for 3D printing (also known as additive manufacturing) are rapidly expanding in a broad set of industries and the technology is being used as a complementary tool in many professions. As such the Australian education sector has seen accelerating uptake, with 3D printing being not only a field of learning itself but being used to enhance other fields of study by generating student engagement and drawing STEM concepts and digital literacy elements into the broader curriculum.

However, many teachers find themselves ill prepared for this transition and overwhelmed by the seeming complexity of introducing, maintaining and integrating this technology in the classroom.

This course will provide strategies, content, practice and tools specifically relevant to the delivery of NSW curriculum. Specifically the course supports objectives and outcomes across the Stage 4 Technology Mandatory curriculum including:

TE4-1DP Designs, communicates and evaluates innovative ideas and creative solutions to authentic problems or opportunities

TE4-2DP Plans and manages the production of designed solutions

TE4-3DP Selects and safely applies a broad range of tools, materials and processes in the production of quality projects

TE4-9MA Investigates how the characteristics and properties of tools, materials and processes affect their use in designed solutions

TE4-10TS Explains how people in technology related professions contribute to society now and into the future

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What you'll learn:

Get introduced to the basics of 3D printing and how 3D printers work
Learn about print settings and when they should be used
Find out how 3D printing can be utilised in the classroom across different subjects and year levels and how to introcude concepts to students
Discover tools that can be used to create 3D objects and encourage collaboration between students
Learn how to create 3D printing friendly models and remix designs to create your own

Let's get started by registering you...

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Your details* This field is required.Registration deails

First Name

Last name

Please enter your email

Please enter your phone

Your PD number (if not applicable type NA)

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Your roleHelp us make sure we are delivering relevant content to the right audience

Organisation name

Organisation type

Your position

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About your instructor Me3D...Me3D is an Australian Education company based in Wollongong focused on bringing 3D printing into the curriculum and classroom. We provide hardware, software, live support, materials, curriculum linked content and professional development training. Our cloud based software platform allows us to seamlessly integrate 3D printers and learning content into the classroom.

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Course content

This course consists of 10 lectures delivered as a series of 3-4 minute videos. We recommend doing the course over several sessions and will save your progress if you to pause and come back to it later. Your course will not register as complete and your hours/certification will not be actioned until you finish the last video.

Sections:

Starter quiz - to establish your existing knowledge of 3D printing
Introduction
- 3D printing at a glance
- The basics: Hardware
- The basics: Software
Print settings and when they should be used
- Layer thickness and infill
- Support material and rafts
3D printing in the classroom
- STEM education
- Applications in the broader curriculum
Making 3D objects
- Getting started with CAD
- Remixing designs
- Creating 3D printing friendly models
- Activity: Making a 3D printable tag

If you have some expereince with 3D printing we will skip you ahead of some of this content once you complete the following starter quiz.

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Starter quiz - Question 1* This field is required.What is the role of "filament" in the 3D printing process?

It is used to ignite the heater in an FDM printer

It is the informal word to describe a type of error that can occur in a printed obejct

It is the extruded material that feeds into the printer that is used to build the objects

It is a type of pattern used with the printer part to give it strength

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Starter quiz - Question 2* This field is required.Which of the following terms is the more formal name for 3D printing technology?

Subtractive manufacturing

Additive manufacturing

Affiliate manufacturing

Affiliate production

Aggressive construction

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Starter quiz - Question 3Layer thickness is usually measured in:

newton-seconds per square meter

passes

millimeters

microns

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Starter quiz - Question 4* This field is required.Select the popular sources of 3D printable models:

Thingiverse

Spotify

CAD software

Tinkercad

The Smithsonian

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Thank you for your response, you will now be forwarded to the Introductory module

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A perfect score! You will be advanced to the second module of this course.

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Quiz Score

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Introduction3D printing at a glance

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Lecture 1 recap question* This field is required.What industries are already using 3D printing?

Medical

Construction

Automotive

Education

Hairdressing

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IntroductionThe basics: Hardware

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Lecture 2 recap question* This field is required.Which of the following are features of a 3D printer?

Nozzel

Ink

Print bed

W-axis

Material

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IntroductionThe basics: Software

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Lecture 3 recap question* This field is required.The instructions that are sent to the 3D printer are called GCODE

TRUEFALSE

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Print settings and when they should be usedLayer thickness and infill

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Lecture 4 recap question* This field is required.Infill refers to the vertical height (expressed in mm) of each layer in a printed object

TRUEFALSE

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Print settings and when they should be usedSupport material and rafts

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Lecture 5 recap question* This field is required.Support material refers to the lattice structure that is printed inside of the printed object

TRUEFALSE

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3D printing in the classroomSTEM education

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Lecture 6 recap question* This field is required.In which areas of the STEAM curriculum can examples of 3D printing projects be found?

Science

Technology

Engineering

Art

Mathematics

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3D printing in the classroomApplications in the broader curriculum

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Lecture 7 recap question* This field is required.Which famous geological formation was presented as an interactive 3D printing project in the video?

Mt Everest

Mt St Helens

The Grand Canyon

Victoria Falls

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Making 3D objectsGetting started with CAD

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Lecture 8 recap question* This field is required.CAD stands for:

Computer Advanced Digital

Creative Aided Development

Candied Apple Dalliances

Computer Aided Design

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Making 3D objectsRemixing designs

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Lecture 9 recap question* This field is required.What term does TinkerCAD use to reference negative space?

Void

Cavity

Hole

Gap

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Making 3D objectsCreating 3D printing friendly models

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Lecture 10 recap question* This field is required.Up to what angle can a 3D printer generally produce an overhang without other considerations?

18 degrees

45 degrees

60 degrees

90 degrees

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Making a 3D printable tag assignment

Using some basic tools in TinkerCAD, you will create a basic 3D printable object! This exercise is also great to use in the classroom as an introduction to 3D printing.

Estimated Duration: 15 minutes

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Step 1

Download this zip folder. Unzip the folder so you are able to access the contents

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Step 2

Open TinkerCAD and sign in (create an account if you haven't already got one)
Complete the tutorial, or skip it by clicking the TinkerCAD logo. Select 'create new design' from the home screen.

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Step 3

Once a new project has opened up, find the "Import" button in the top right of the screen and import the 'Blank keyring' file. You may resize this object to be between 30-70mm in length and/or width. Using the "Text" object from the right hand side bar, add your name to your keyring. Make sure to resize it to fit on your keyring.

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Optional extension

Incorporate a pattern/logo/function into your keyring to further personalise it. We have included an SVG of the Me3D logo for you to include as a starting point. If you have a PNG or JPEG file you'd like to use, you can normal convert these file types to SVG using a tool like convertio.co

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Printing your object* This field is required.Now we get to the fun part of actually producing your part. To do this please choose one of the following:

I have access to a 3D printer, I use it all the time!

I have access to a 3D printer but have never used it before

I am considering getting a 3D printer

I have no access to any 3D printer

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"I have access to a 3D printer, I use it all the time!"

Hey, that's great to hear! You know what you're doing, you don't need us to tell you how. But...

If you are looking for a simpler software interface that gives superior print results, consider using buildbee.com as your cloud-based control software. To print your keychain using BuildBee, in TinkerCAD go to "export" in the top right hand corner, select "3D print" at the top, then choose "BuildBee". You will then be guided through the print process.

And if you're looking to expand, we can help you out with printers, software, materials training etc contact us at info@me3d.com.au

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"I have access to a 3D printer but have never used it before"

If you (or any of the other users of the printer) are new to 3D printing, one of the easiest ways to get started is to head on over to buildbee.com and download the app to your Windows or iOS computer. To print your keychain using BuildBee, in TinkerCAD go to "export" in the top right hand corner, select "3D print" at the top, then choose "BuildBee". You will then be guided through the print process.

And if your organisation is looking to expand, we can help you out with printers, software, materials training etc contact us at info@me3d.com.au

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"I am considering getting a 3D printer"

We can help you out with printers, software, materials training etc contact us at info@me3d.com.au

If your organisation has some of these parts underway, consider buildbee.com as your operating system. It is very easy to use for new users and gives great print results. We include BuildBee in all of our packages. To print your keychain using BuildBee, in TinkerCAD go to "export" in the top right hand corner, select "3D print" at the top, then choose "BuildBee". You will then be guided through the print process.

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"I have no access to any 3D printer"

If you have no access to a 3D printer, we can help you with printing your name tag on our 3D printers.

In TinkerCAD, go to the "Export" option in the top right hand corner, select "3D print" at the top and then choose "BuildBee". Follow the instructions to create an account and import your model.

Next, email us at info@buildbee.com and tell us that you've done our course and would like to print your project. We will take it from there and post you out your part.

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Time to share!

Please share your creations with us! Take a photo of your design and post it on Facebook/Twitter/Instagram with the hashtag #me3d, or tag us! We would love to see what you come up with! Don't forget to like and share us to get the word out about this great free Professional Development training.

facebook.com/Me3Dprinters/

twitter.com/me3d

instagram.com/me3d_

me3d.com.au/

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CONGRATULATIONS!

To complete this course, please click "complete" below. We will then email you your course certificate. If you gave us your PD number you can expect to have your record updated in the next 5 to 10 business days.