Home

Applications and Implications

This week we were asked to make a detailed final timeline for finishing the academy, and provided questions to answer to narrow down your thinking to make a detailed plan.

Project Idea ?

My project idea at first briefly was a chandlier that detects your existense in the room and lights upon it and the variations of colors will be used for photography purposes, later on I found that I need to use IR sensor to change colors not to detect presens because it's useless in my project or could be a secondry thing to the IR sensor

What will it do?

The input motion detection sensor once triggered it will use the RGB variation of lights to make different colors that will be used for 2 things: Color Therapy and the main thing Portrait photography.

Who's done what beforehand?

During the previous week I've worked as start on a simple vision/design for my final project shape in the Computer Aided Design week.

Then we came to electronics and how to fabricate our boards and when the real work started for my final project was in the Input devices week, by making a board for my motion detection sensor.

Then the most crucial board of them came in the Output devices week which the board that will control my RGB LED strip.

Then I went further in weeks by experimenting the molding and casting week, but I didn't find it that handy to work with it in the final project as the time consumption is too high

Then I experimented in the Wild card week by making a basic frame for the chandlier mixed with light and this made me realise that probably I'll work using the molding and casting techniques, but the difference that in composite week my horizons was widen about ways to make ENORMOUS molds, but not sure what I'll do about it yet probably will work with the composites.

Bill Of Materials:

COMPONENT COUNT UNIT
PRICE
TOTAL
PRICE
VENDOR NOTES
IR Sensor 1 3.47 USD 3.47 USD Deal Extreme Link
Attiny 45 1 1 USD 1 USD Farnell
FTDI headers 2 0.25 USD 0.5 USD Farnell
10K Ohm Resistors 2 0.2 USD 0.2 USD Farnell
Connector Header Surface Mount 6 position 3 1.09 USD 3.27 USD Digi-Key
499 Ohm Resistors 1 0.1 USD 0.1 USD Digi-Key
0 Ohm Resistors 1 0.1 USD 0.1 USD Digi-Key
Red LED 1 0.25 USD 0.25 USD Farnell
MOSFET N-CH 30V 1.7A 3 0.58 USD 1.74 USD Farnell
IC REG LINEAR 5V 1A 1 0.50 USD 0.50 USD Digi-Key
RGB strip LED 2.5 meters 1.12 USD 2.8 USD (local Store) MTM Electronics
Capacitor 1uf 2 0.46 USD 0.92 USD Farnell
Attiny 44 1 1 USD 1 USD Farnell
Copper Tape 1 3 USD 3 USD Farnell
3D Printing 1 1 Gram = 0.34 USD 29 Grams = 9.86 USD Fab Lab Egypt
Power Supply (12V 2A) 1 4.5 USD 4.5 USD (Local Store) Maamoon

What materials and components (might/will) be required?

In each week there's a bill of material that show's the components used.

What parts and systems will be made?

  • Input circuit to control the input device (PIR Sensor)
  • Control circuit to control the R G B
  • 3D printed PCB holder
  • Vinyl Cutting to make the voltage (12V, GND) more neat for connections and to have the ability to add another device that could use 12V.

What processes will be used?

  • Milling and Soldering the electronics boards
  • (Probably) Molding and Casting to make the frame
  • Frame for the Chandlier (up to 3 frames)
  • Vinyl Cutting
PART TASK PROCESS STATUS DEAD LINE
Input device (PIR Sensor) PCB Design Electronics Design
100%
PCB Manufacturing Electronics Production
100%
PIR Sensor Purchase (Test different Modules)
100%
25/05
Programming Embeddded programming
100%
Programming Interface and application programming
100%
25/05
Output device PCB Design Electronics Design
100%
PCB Manufacturing Electronics Production
100%
Case Manufacturing 3D Printing
100%
Needs Debugging, might change the N-MOSFET Programming Embeddded programming
100%
Integeration Assemble and integerate
all the parts
-
100%
05/06
Wiring and testing Networking - communication
100%
05/06
Perfectionism Add more orbits -
0%
N/A
Wiring orbits with Nylon Fishing wire
100%
N/A

Evaluation Criteria:

  • Show the skills that you learned through the academy:
    • 2D and 3D Modelling
    • Additive manufacturing
    • Subtractive Manufacturing
    • Input Device "Electronics design & manufacturing".
    • Output Device "Electronics design & manufacturing".
    • Embedded Programming and coding
  • The chandlier should be working.