fp dev1

docs/Final Project.md

@@ -2,15 +2,95 @@
 
 ![](./presentation.mp4)
 
-###What does it do?
-###Who's done what beforehand?
-###What did you design?
-###What materials and components were used?
-###Where did they come from?
-###How much did they cost?
-###What parts and systems were made?
-###What processes were used?
-###What questions were answered?
-###What worked? What didn't?
-###How was it evaluated?
-###What are the implications?
+#Final Project
+My final project is called the **Aeborator** - an arborator (One who plants or who prunes trees) machine thats works on principles of aeroponics.
+
+### Page Summary
+1. Summary
+2. Presentation Links
+3. Bill of Materials
+4. Links to pages of parts fabrication
+5. Design Files
+6. License
+7. Acknowledgements
+---
+
+1. Project summary
+---
+The **Aeroborator** is a small table top planter to grow herbs and kitchen garden plants. It uses a sprinkler system to spray a nutrient solution directly on the roots with a water pump from a reservoir. This method doesn't use any soil and reduces the amount of water used to grow plants. It measures temperature and humidity through a sensor and displays it on an OLED screen. This helps in monitoring the conditions. It also has a light sensor and LED grow lights that use specific UV frequency to enhance the growth of plants. Both the light and the speed of water flow can be controlled with regulators on the side of the machine.  
+It is made keeping in mind experimentation with the speed of water flow and the light. So one can change the parameters and find out what works best for different types of plants.  
+It is meant to figure out settings before making a larger scale hydroponics system.  
+
+I started by learning what is already done.    
+There are many commercially available hydroponic growing systems.
+Some particular ones I like are:
+The [Moltkegarden](https://moltkegarden.com/)   
+[True garden](https://truegarden.com/residential/)  
+[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/)
+Some similar projects I learned from:
+[Modular Vertical Farming projects](https://hackaday.io/project/5084-modular-vertical-farming)  
+ A very common project using DHT11 and OLED display
+Weather station : https://create.arduino.cc/projecthub/herolivechannel/weather-station-arduino-dht11-sensor-oled-display-2f8e50
+Growlights https://create.arduino.cc/projecthub/dymonxd/diy-grow-led-light-designing-a-better-sun-1adec1
+[Aquapioneers: business integrating product and services for aquaponic farming](http://aquapioneers.io/)    
+
+
+I read more about [Controlled Environment Agriculture (CEA)](https://cea.cals.cornell.edu/about-cea/)    
+and [Basics of homegrown vertical farms](https://www.diys.com/vertical-farming/)    
+[Lighting](https://www.lighting.philips.com/main/products/horticulture/hortiblog/vertical-farming/how-to-build-a-successful-vertical-farm) and https://ecowarriorprincess.net/2017/11/a-beginners-guide-to-vertical-farming/  
+
+
+What did you design?
+What materials and components were used?
+Where did they come from?
+How much did they cost?
+What parts and systems were made?
+What processes were used?
+What questions were answered?
+What worked? What didn't?
+How was it evaluated?
+What are the implications?
+
+2. Presentation Links
+---
+[Presentation slide](./presentation.png)  
+[Presentation video](./presentation.mp4)  
+
+3. Bill of Materials
+---
+Main  
+Electronics  
+Plant  
+
+
+4. Links to pages of parts fabrication
+---
+[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  
+[Electronics Production](./Electronics Production.md) for step-by-step documentation of the PCB fabrication  
+[Input Devices](./Electronics Production.md), [Output Devices](./Output Devices.md) and [Embedded Programming](./Embedded Programming.md) for all the sensors, actuators and their programming  
+[IIIP](./Output Devices.md)?  
+[3DPD](./3D Scanning and Printing.md)??  
+
+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]()  
+
+6. License
+---
+
+
+7. Acknowledgements
+---
+I would like to thank Steven from FabLab SP, for his continuous guidance and support.   
+I would like to thank Hashim from FabLab UAE, for their support and letting me use the Lab and it's resources.  
+I would like to thank Luciana from FabLab BCN, for continuing in the second cycle of FabAcademy in a different location.  

docs/Project Development.md

@@ -144,8 +144,7 @@ And then redo the schematic.
 ![schematic v7](./images/final-project/farming-v7.png)  
 
 Next, I generate the Netlist and load it in the pcbnew of KiCAD. I arrange all header pins in a linear fashion so that they do not get jumbled and don't cross each other like in the model.  
-
-
+![3D model](./images/final-project/3Dmodel.jpg)   
 
 Some failed attempts:
 ![]()  
@@ -227,27 +226,11 @@ https://app.ultralibrarian.com/content/help/index.htm?converting-ultra-librarian
 4. Important and interesting links
 ---
 [Project Development class notes](http://academy.cba.mit.edu/classes/project_development/index.html) + [video](https://vimeo.com/558297880)  
-[Controlled Environment Agriculture (CEA)](https://cea.cals.cornell.edu/about-cea/)    
-[Basics of homegrown vertical farms](https://www.diys.com/vertical-farming/)    
-https://ecowarriorprincess.net/2017/11/a-beginners-guide-to-vertical-farming/  
-[Aquapioneers: business integrating product and services for aquaponic farming](http://aquapioneers.io/)    
-[Modular Vertical Farming projects](https://hackaday.io/project/5084-modular-vertical-farming)  
-[Moltkegarden](https://moltkegarden.com/)  
-[Lighting](https://www.lighting.philips.com/main/products/horticulture/hortiblog/vertical-farming/how-to-build-a-successful-vertical-farm)
-[True garden](https://truegarden.com/residential/)  
-[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/)  
-https://create.arduino.cc/projecthub/dymonxd/diy-grow-led-light-designing-a-better-sun-1adec1
 
  </p><br /><br /><br /><br /><br /><br /><br /><br />
 <p><br><br><a href=”https://skunkology.com/how-does-hydroponics-work-infographics/” target=”_blank”><img src=”https://skunkology.com/wp-content/uploads/2017/10/How-does-hydroponics-work.jpg” alt=”How does hydroponics work? – Infographics” border=”0″ width=”550″ /></a><br><span style=”font-size: 14px;”>(via <a href=”https://www.skunkology.com/”>Skunkology.com</a>).</span><br><br><br></p><br /><br /><br /><br /><br /><br /><br /><br />
 <p>
 
-
-Weather station : https://create.arduino.cc/projecthub/herolivechannel/weather-station-arduino-dht11-sensor-oled-display-2f8e50
-DHT11 and OLED display
-
-
-
 Prepare a summary slide and a one minute video showing its
    conception, construction, and operation
 Your project should incorporate 2D and 3D design,

docs/index.md

 I'm [Mitalee Parikh](./About Me.md). And this site is a documentation of my work done in 2020+21 as a part of the [FabAcademy](https://fabacademy.org/) programme.
 
 You can find all my weekly assignments on the navbar, and my final project [here](./Final Project.md).
+
+####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/)