Olenka Odar - Fab Academy

17 Applications and Implications

In this section we list the activities to be solved in the following table:

Checklist Estatus
What will it do? Finished
What has done what beforehand? Finished
What will you design? Finished
What materials and components will be used? Finished
Where will they come from? Finished
How much will they cost? Finished
What parts and systems will be made? Finished
What processes will be used? Finished
What questions need to be answered? Finished
How will it be evaluated? Finished

Individual assignment

Propose a final project masterpiece that integrates the range of units covered. Your project should incorporate:

  • 2D and 3D design
  • Additive and subtractive fabrication processes
  • Electronics design and production
  • Embedded microcontroller interfacing and programming
  • System integration and packaging

Your project must answer the following questions:

What will it do? 

Once the lamp is energized, every time the sound sensor detects a signal (at the suggestion of my girl every time you blow on the sensor) it will activate the light change and the way in which this light is emitted; In addition, the images and decorations that are placed on the lamp can be interchanged.  

What has done what beforehand? 

Here is a list of projects based on lamps made in Fab Academy:

What will you design? 

  • The 2D design of the body of the lamp and the image in acrylic
  • 3D lithophane
  • The Fab Xiao RP2040 board

What materials and components will be used?

For the body of the lamp (box for the lamp):
  • 3mm MDF
For lithophane and ornament (Image for free use):
  • PLA filament
For acrylic image:
  • 3mm acrylic
For the electronic part:
  • Seeed Studio XIAO RP2040
  • KY-038 sound sensor
  • led strip WS2812B
  • Breadboard FR1
  • 0 ohm resistor
  • 499 Ω resistor
  • 1K ohm resistor
  • 1 LED
  • 1Button
  • 03 Female Pin Header 1x3
  • 02 Female Pin Header 1x5
  • 5VDC power supply
Others:
  • USB Type-C cable
  • ON/OFF switch
  • female plug connector
  • connector cables
  • Nuts and bolts

Where will they come from?

  • MDF and 3mm acrylic from local suppliers
  • The sound sensor and led strip from Naylamp Mechatronics - Peru
  • PLA filament from KREAR 3D
  • Electronic components from Amazon

How much will they cost? 

What parts and systems will be made? 

  • Box for the lamp
  • Lithophane and 3D ornament
  • Acrylic image
  • Electronics

What processes will be used?

  • For the design of the box for the lamp I used Freecad and laser cutting.
  • For the design of the acrylic image I used INKSCAPE, laser cutting and engraving
  • For the design of the lithophane I used 3dp Rocks and 3D printing
  • To design and manufacture the electronic board I will use EasyEDA and the process of milling and soldering.

What questions need to be answered? 

  • Can it be used by children easily?
  • Will the children be able to interchange the lithophane and the acrylic image without difficulty?
  • Will the RGB led strip work correctly according to the programming before the signal sent by the sound sensor?
  • Will any loud sounds detected by the sound sensor interfere with the lamp's operation?

How will it be evaluated? 

  • That each time the sensor sends a signal, the LED strip must show a certain color and in a specific way (a single color of light continuously, change of color of light, variation of light intensity and colored lights).
  • Ease with which children can interchange the lithophane and the acrylic image.

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