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Design and Technology

Computer Aided Design (C.A.D.)

Introduction

Learning Tinkercad

Learning Objectives

Design / Create

the 3D printing process

COver work

MOTIVATING VIDEO

Usefulresources

Where might this take me?

Mr Leary

Vigorously test the model created to confirm if it meets all the needs, criteria and specifications of the original design, including discussing with possible clients.Note anything which could be improved and return to the design phase to improve.

Use 2D and 3D computer aided design as well as models e.g. cardboard, foam modelling, clay. to build a model of the design.

  • Going deeper - 3 minute video

The Design Process: Iterative Design.

The iterative process is an approach to continuously improving a concept, design, or product. Creators produce a prototype, test it, tweak it, and repeat the cycle with the goal of getting closer to the solution.

Consider a problem, research the problem and design a possible solution to this problem using:- Spider diagrams- Discussion- Drawings

Export - .STL file

Create G-Code file

Ultimaker Cura

See seperate hand out for setting up and using Cura.

VIEWING IN 3D SPACE.

  • Pan: Middle mouse ​
  • Orbit: Right mouse​
  • Zoom in or out : Scroll / + and -​
  • Fit selection to view: F
  • Place Workplane: W​
  • Place Ruler: R
  • Add Note: N​
COMMANDS​.​
  • Drop to Workplane: D ​
  • Select multiple: Hold Shift and left click​
  • Select all: Ctrl + A​
  • Copy / Paste: Ctrl + C / Ctrl + V ​-->
  • Drag a copy: Alt + Move shape ​
  • Duplicate & repeat: Ctrl + D ​---->
  • Undo action: Ctrl + Z​
  • Redo action: Ctrl + Y ​
  • Delete: Del ​-------------->

MOVE, ROTATE, AND SCALE ​​

  • Move step on Workplane (X/Y axis): Arrow Keys
  • Move step (Z axis): Ctrl + Arrow keys​
  • 10x move step (X/Y axis): Shift + Arrow keys ​
  • 10x move step (Z axis): Shift+Ctrl+Arrow keys​
  • Uniform scale: Shift + Scale Handle​
  • Scale about center: Alt + Scale Handle ​
  • Align: L​ ------------------------------------->
  • Mirror or Flip: M​ ----------->
SHAPE PROPERTIES​
  • Group or Ungroup: Ctrl + G ​----->
  • Make a Hole: H​
  • Make Solid: S​
  • Make Transparent: T​
  • Lock or Unlock: Ctrl + L​
  • Hide: Ctrl + H​
  • Show all: Ctrl + Shift + H ​

Advanced design skills in Tinkercad:

  • Creating complex design patterns using duplicate and repeat.
  • Creating 'tools' to cut out more complicated or curved shapes.
  • Accurate locating of holes or other pieces.
  • Articulated designs

Before you can begin with these skills you must be familiar with the following tools:- Duplicate and repeat- Group and ungroup- Holes and solids- Align

Familier with these?

Try these:

Tinkercad challenge:

  • Go to classes
  • Click on 'General challenges'
  • Find the current challenges

Where might this take me?

Computer Aided Design (C.A.D.) and Computer Aided Manufacture (C.A.M.) in todays world:

Prodrive 3D Prints Car Parts for Dakar Rally

The Role of 3D Printing in Interior Design

3D Printing is Revolutionising the Music Industry

  • Graphic designer
  • 3D animator
  • 3D designer
  • Video game designer
  • Web developer
  • Architectural designer
  • Professor
  • Art director

These careers can be found in various industries such as engineering, media, digital & creative, construction & property, manufacturing, IT & telecoms, sales, and marketing & PR

Learning objectives for this topic:

Useful resources

3D design and print project ideas

From C.A.D. to C.A.M.

You've had an idea and designed it on Tinkercad (C.A.D.), so now what are the steps to 3D printing (C.A.M.) this design?

Next steps

Next:- take on a Tinkercad design challenge...

1

The Design Process

2

Explore

Following an Iterative design process helps us to constantly improve our designs.

3

Design

What could you use C.A.D and C.A.M. for?

4

Use testing and evaluation techniques to consider how successful your design has been

Test and Evaluate

Use Tinkercad and 3D design to design an item.

What is Computer Aided Design and Computer Aided Manufacture?(or C.A.D. & C.A.M.)

Computer aided design (CAD) and Computer Aided Manufacture (CAM) is the use of computer software to design new products in both 2D and 3D and then produce them using Computer aided machinery.

Why is Cad/cam essential in design?

  • Log in to Tinkercad.
  • Go to 'Activities'.
  • Click on 'Learning Tinkercad (CAD)'
  • Choose the tutorials your teacher asks you to do.

lET'S LEARN TINKERCAD

We will use Tinkercad Tutorials to learn the basics of designing with 3D software.

By following the tutorials you will be designing your own items in Tinkercad in no time!

  • Open the internet browser and go to: www.Tinkercad.com
  • ​ Find and click on ‘JOIN A CLASS’​
  • Log in using your name and Surname (no spaces) and the following code:​

1IZ-3A8-X9M