update nav

docs/Final Project-archive.md

-
-
-## Final Project
-
-For my final project, I want to make a versatile lamp.
-A light source that can keep resultant light on a surface constant irrespective of external daylight.
-
-Also, to add some mechanics and automation, make the form versatile to change it from being indirect light, ambient and a task light whenever required.
-
-####PLAN:
-* CAD - make 2D for cutting/production  files & make a 3D model, animate and render  
-* Inputs - light sensors to measure light color (add light intensity later)  
-* Output - Multicolor LED to change output to match resultant light  
-* CAM - lasercut parts, use vinyl cutter for origami folds  
-* 3D printing - joints, make casing for PCB  
-* Electronic design, production and embedded programming - To make the micro-contoller PCB  
-* Network and Communication - Add WiFi module to control it remotely  
-* Interface and Application programming - To make a GUI (phone app?)  
-
-![Spiral Development Plan](./images/final-project/spiral.jpg)
-
-* What does it do?
-The lamp provides exactly the same amount of light all the time.
-It changes it's output light intensity based on external light conditions to provide uniform light on a target surface.
-It has a versatile form that allows it to be either an indirect light that reflects off of the ceiling, ambient light that illuminates all surroundings or a task light that lights up a desk surface.
-
-* Who's done what beforehand?
-
-The origami of the [Meduse Lamp](http://sdipl.net/slimsSRL/LoadSRLReport.aspx?CID=2110088069&UMR_NO=177803294956&HV=True) helps transform the type of lamp.
-![Meduse Lamp](./images/final-project/meduse-lamp.gif)
-![Meduse Lamp](./images/final-project/meduse-lamp2.gif)  
-
-* What did you design?
-
-* What materials and components were used?
-Electronics:
-1. VEML6040 RGB light sensor (input)
-2. RGB LED (output)
-3.
-
-* 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?
-
-####References
-For the origami form: [Meduse Lamp](http://sdipl.net/slimsSRL/LoadSRLReport.aspx?CID=2110088069&UMR_NO=177803294956&HV=True)
-For the light app: [Philips Hue](http://sdipl.net/slimsSRL/LoadSRLReport.aspx?CID=2110088069&UMR_NO=177803294956&HV=True)
-[Bang & Olufsen](https://apps.apple.com/us/app/bang-olufsen/id1203736217)
-For mechanics:

docs/Final Project.md

@@ -224,3 +224,18 @@ https://create.arduino.cc/projecthub/dymonxd/diy-grow-led-light-designing-a-bett
 
 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,
+   additive and subtractive fabrication processes,
+   electronics design and production,
+   embedded microcontroller interfacing and programming,
+   system integration and packaging
+Where possible, you should make rather than buy
+   the parts of your project
+Projects can be separate or joint, but need to show individual
+   mastery of the skills, and be independently operable
+Present your final project, weekly and group assignments, and documentation 

docs/Project Development.md

+#Project Development
+This part of the course was longer for me than a week. I managed to find access to a lab - FabLab UAE and am very thankful to Hashim for letting me use the resources of the Lab, and Steven for setting this up for me.
+
+### Page Summary
+1. Project Management  
+2. Tracking progress
+3. Development
+4. Important and interesting links
+---
+
+1. Project Management  
+---
+Murphy's Law
+triage
+documentation during development
+demand- vs supply-side time management
+spiral development, DevOps
+serial vs parallel tasks
+system integration
+finish quality
+
+2. Tracking progress
+---
+###What tasks have been completed, and what tasks remain?
+###What's working? What's not?
+###What questions need to be resolved?
+###What will happen when?
+###What have you learned?
+
+3. Development
+---
+###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?
+
+4. Important and interesting links
+---
+[Project Development class notes](http://academy.cba.mit.edu/classes/project_development/index.html) + [video](https://vimeo.com/558297880)  

mkdocs.yml

@@ -29,16 +29,23 @@ nav:
   - 3D scanning and printing: '3D Scanning and Printing.md'
   - Electronics Design: 'Electronics Design.md'
   - Computer-controlled machining: 'Computer-controlled Machining.md'
+  - Embedded Programming: 'Embedded Programming.md'
+  - Machine Design: 'Machine Design.md'
   - Input Devices: 'Input Devices.md'
   - Molding & Casting: 'Molding & Casting.md'
   - Output Devices: 'Output Devices.md'
   - Networking & Communication: 'Networking & Communications.md'
   - Interface & Application Programming: 'Interface & Application Programming.md'
+  - Wildcard: 'Wildcard.md'
+  - Applications & Implications: 'Applications & Implications.md'
+  - Invention, Intellectual Property and Income: 'Invention, Intellectual Property and Income.md'
+  - Project Development: 'Project Development.md'
+  - Final Project: 'Final Project.md'
 
 extra:
   generator: false
   social:
-    - type: "gitlab"
+    - type: "./assets/003-plus.png"
       link: "https://gitlab.fabcloud.org/academany/fabacademy/2020/labs/barcelona/students/mitalee-parikh/-/tree/master/docs"
     - type: "twitter"
       link: "https://twitter.com/MitaleeParikh"