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Tinkercad Tutorial -- Twisted Napkin Ring

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The Inventor Studios' Tinkercad Tutorials series is a curriculum resource used globally in schools and by individuals to develop and sharpen users' Tinkercad skills. This soundless, language-neutral series has been designed for distruption-free classroom use by students as early as 2nd grade through 12th grade and beyond.

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TinkerTip: Image Generator You can use the Image Generator to create relief models using 2D images in Tinkercad. Use JPG or PNG files to customize your shapes! Music by RoleMusic

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How to Turn 2D Images into 3D Objects - Tinkercad Tutorial

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Uploaded by Autodesk Tinkercad on 2014-09-23.

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This is a tutorial video that teaches you the keyboard shortcuts of Tinkercad. Tinkercad is 3D design web app and the easiest way to do and learn 3D design on the web.

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Quick tips and essentials for making the most of designing in Tinkercad.

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"3d design" "3d printing" inspiration tinkercad cad "solid modeling" "3d modeling"

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Tinkercad is a free, easy-to-use app for 3D design, electronics, and coding. It's used by teachers, kids, hobbyists, and designers to imagine, design, and ma...

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The Inventor Studios' Tinkercad Tutorials series is a curriculum resource used globally in schools and by individuals to develop and sharpen users' Tinkercad skills. This soundless, language-neutral series has been designed for distruption-free classroom use by students as early as 2nd grade through 12th grade and beyond.

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How to Bevel and Round Edges in Tinkercad

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How to Bevel and Round Edges in Tinkercad

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How to Bevel and Round Edges in Tinkercad

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In this video we'll look at a simple way to create beveled edges in Tinkercad. We'll also apply the same technique to create rounded corners. Using these techniques can give you some really complex and fun shapes. You can even create some decently organic looking shapes with the rounding method.

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Compare and Contrast

Compare and contrast a 3D printed limb to the traditional prosthetic by filling in the table blow.

1. Traditional 2. Features 3. 3D printed
1. $42,000
2. Cost
3.$50

1. Silicone Stainless Steel
2.Material
3.ABS Plastic

1. Connects to muscles in the body
2. How it functions?
3.Connects to bodies nerves in arm.

1. It takes a few months to make a traditional prosthetic
2. Availability (time)
3. It takes only a few hours to make a 3D prosthetic

1. The efficiency of a traditional prosthetic is not as good as a 3D prosthetic because the traditional prosthetic connects to the muscles and does not move as well.
2.Efficiency
3.The efficiency of a 3D printer prosthetic is much more efficient because the prosthetic connects to the nerves of the body and the movement of the body part is much more useable and helpful in life.

1. Takes a few months to make.
2.Manufacturing process
3.Takes a couple of hours to make.

1. The comfort of a traditional prosthetic is not a supportive as a 3D prosthetic because it does not move as well and does not fit tight around the arm
2. Comfort
3.The comfort of a 3D printed prosthetic is tight fitted around the body and will move the way your mind wants it to function.

Explain why someone would prefer 3D printed prosthetics over the Traditional kind using evidence to support your argument.

I strongly believe a 3D printed prosthetic is much better than a traditional prosthetic because a 3D prosthetic is much cheaper it is more comfortable and is easily made with the short amount of time it needs to be constructed. It also connects to the nerves of the body and can function by the bodies movement.

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* What was done well during the assessment phase (planning, building, writing)?

The things that were done well in the assessment phase, was that the planning of the assessment went well because the whole team collaborated ideas to design a strong sturdy bridge. The building of the bridge went well because the whole team worked together to achieve the best bridge. The writing part of the assessment was difficult but I eventually got the hang of it. I went to teachers to ask for help on how to correctly write an amazing report.

* What is your current grade and what grade would you like to aim for overall?

My current grade for STEM is an A- but I would like to be aiming for an A+ so that I can get a STEM scholarship.

* What can you do better to achieve or maintain your goal grade?

To achieve my goal grade, I can focus more in class, make time to study for STEM and ask teachers for help so that I can understand the task fully.

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3D Printing and Prosthetics Week 1 Lesson 2

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3D Printing and Prosthetics Week 1 Lesson 2

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WALT: Exploring the use of 3D printers and the creation of prosthetics.

WILF: To be able to outline the benefits of 3D printing prosthetics whilst considering the feelings of the prosthetic users.

Activity 1: Personal Stories
1. What disadvantage did the patient of interest suffer from?
The disadvantage the patient suffered from was not having any hands and could not do the thing most little boys could do.
2. How would the issue make them feel?
This issue would make me feel upset and angry because I could not do the fun things I love to do today and I would see everyone else having a great time doing the things I want to be able to do.
3. How did 3D printing help solve their problem?
3D printing helped solve the problem by creating arms that the patient could use and that the creator said that he would keep making arms for the patient till he was an adult.
4. How would they feel now with their 3D prostheses?
I think the patient would feel happy and excited that he could do everything now with his new

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3D Printing Prosthetics

(Define the Term Prosthetic)
Denoting an artificial body part, such as a limb, a heart, or a breast implant.
Reference: GOOGLE

5 Examples of a Prosthetic
1. Arm
2. Leg
3. Knee
4. Hip
5. Nose
Reference: science.jrank.org/pages/5527/Prosthetics.html

(Pros 3D Printing)
The 3D printing process allows the creation of parts and/or tools through additive manufacturing at rates much lower than traditional machining.
Reference: https://blog.dragoninnovation.com/.../top-10-benifits-3dprinting-salient-tchnologies/

(Cons 3D Printing)
3D printers can create dangerous items, such as guns and knives, with very little or no oversight.
Reference: www.philforhumanity.com/3D_Printing.html

Questions:
Are there laws to not make 3D weapons?
How much is a good 3D printer?
Is there laws about what a 3D printer can make?

Explain using evidence why people in need of prosthetics should consider 3D printing prosthetics rather than the conventional version.
People should use 3D prosthetics rather than conventional versions of prosthetics because the 3D prosthetics are much less expensive than the conventional prosthetics and the 3D prosthetic can take couple of hours to make whereas the conventional prosthetics take up to 2- 3 months to make.