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Commit 9c65af04 authored by Mitalee Parikh's avatar Mitalee Parikh
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fp update

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#Final Project
My final project is called the **Aeborator** - an arborator (one who plants or trees) machine thats works on principles of aeroponics.
My final project is called the **Aeborator** - an arborator (one who plants trees) machine that works on principles of aeroponics.
![](./presentation.png)
![](./presentation.mp4)
### Page Summary
1. Project summary
2. Presentation links
......@@ -30,13 +28,13 @@ The modularity and the ease-of-use in the [Moltkegarden](https://moltkegarden.co
[FARM-X: The First Modular Vertical Farm Concept (Almost) Unveiled](http://www.conceptualdevices.com/2015/03/farm-x-the-first-modular-vertical-farm-concept-unveiled-almost/)
This [Modular Vertical Farming projects](https://hackaday.io/project/5084-modular-vertical-farming) has an interesting approach to designing a scalable system.
A common project using DHT11 and OLED display to make a [Weather station](https://create.arduino.cc/projecthub/herolivechannel/weather-station-arduino-dht11-sensor-oled-display-2f8e50).
And the best reference for everything from a product to a system to developing a commuinty and a business model - [Aquapioneers: business integrating product and services for aquaponic farming](http://aquapioneers.io/)
And the best reference for everything from a product to a system to developing a community and a business model - [Aquapioneers: business integrating product and services for aquaponic farming](http://aquapioneers.io/)
I read more about the theoretical aspects of [Controlled Environment Agriculture (CEA)](https://cea.cals.cornell.edu/about-cea/), [basics of homegrown vertical farms](https://www.diys.com/vertical-farming/), this [beginners guide](https://ecowarriorprincess.net/2017/11/a-beginners-guide-to-vertical-farming/) and practices of [lighting](https://www.lighting.philips.com/main/products/horticulture/hortiblog/vertical-farming/how-to-build-a-successful-vertical-farm) through the linked sources.
While designing the machine, I kept in mind the integration of all different systems to make a cohesive design since the beginning. The basic tasks and parts og the design and fabrication process was somethin glike this.
While designing the machine, I kept in mind the integration of all different systems to make a cohesive design since the beginning. The basic tasks and parts of the design and fabrication process was something like this.
not in any particular order.
It wasn't a linear process by any means, and I kept going back and forth between parts to make sure eveything integrated with other parts.
It wasn't a linear process by any means, and I kept going back and forth between parts to make sure everything integrated with other parts.
What materials and components were used?
......@@ -58,17 +56,17 @@ The main body of the machine is made from 3mm acrylic in a frost white finish. A
It doesn't react to the nutrient solution in the reservoir.
It can be joined without using any fasteners.
I made the PCB using FR1 single sided copper sheet, and milled the circuit. I then gathered all components and electrical parts from the FabLab UAE's stock of materials.
I also repurposed a 12DC water pump from an old project lying around in the lab.
I used a FR1 single sided copper sheet to mill the circuit. I then gathered all components and electrical parts from the FabLab UAE's stock of materials.
I also repurposed a 12V DC water pump from an old project lying around in the lab.
I ordered A SSD1306 OLED screen with I2C, a generic sprinkler system, some spinach seedlings and the nutrient solution online.
I have added all sources and costs in the Bill of Materials.
![Bill of Materials](./images/final-project/bom.jpg)
The major parts of the machine are:
the body and the net pots, the pump and sprinkler system, the electronics including the inputs/outputs and PCB and wires.
I have added all sources and costs in the [Bill of Materials File](./images/final-project/v7.bom.xlsx).
4. Links to pages of parts fabrication
The major parts of the machine are the body and the net pots, the pump and sprinkler system, the electronics including the inputs/outputs, the PCB and wires.
4. Parts fabricated in other weeks
---
[Computer-aided Design](./Computer-aided Design.md) for the 2D and 3D design of the project
[Electronics Design](./Electronics Design.md) page for ducmentation of the PCB Design process
......@@ -79,16 +77,16 @@ the body and the net pots, the pump and sprinkler system, the electronics includ
5. Design Files
---
[Lasercut File - dxf]()
[3D model - 3dm]()
[PCB CAD]()
[PCB traces - png]()
[PCB traces - rml]()
[PCB outline - png]()
[PCB outline - rml]()
[3D printing - dxf]()
[3D printing - gcode]()
[Code]()
[Lasercut File - dxf](./images/final-project/cutting files.zip)
[3D model - 3dm](./images/final-project/finalproject_compact.3dm)
[PCB](./images/final-project/cutting files.zip)
[PCB traces - png](./images/final-project/farming-v7-traces.png)
[PCB traces - rml](./images/final-project/farming-v7-traces.rml)
[PCB outline - png](./images/final-project/farming-v7-outline.png)
[PCB outline - rml](./images/final-project/farming-v7-outline.rml)
[3D printing - stl](./images/final-project/knobb1.stl)
[3D printing - gcode](./images/final-project/UM3E_knobb1.gcode)
[Code](./images/final-project/t84_LEDstrip_pump_2pots_dht_oled)
6. License
---
......
docs/images/final-project/bom.jpg

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docs/images/final-project/bom.jpg

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docs/images/final-project/bom.jpg
docs/images/final-project/bom.jpg
docs/images/final-project/bom.jpg
docs/images/final-project/bom.jpg
  • 2-up
  • Swipe
  • Onion skin
......@@ -5,6 +5,3 @@ You can find all my weekly assignments on the navbar, and my final project [here
####Go-to links:
[FabLab BCN local documentation and guides](https://fablabbcn-projects.gitlab.io/learning/fabacademy-local-docs/guides/code/gitsetup/)
[All Fab links](http://fab.cba.mit.edu/about/faq/)
[FabLab SP](https://www.sp.edu.sg/sp/student-services/fablab-sp)
[FabLab BCN](https://fablabbcn.org/)
[FabLab UAE](http://fablabuae.ae/)
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