global evaluator corrections week 2 and 3

docs/assignments/week03-5.md

@@ -310,4 +310,8 @@ Here are the files:
 
 [Fusion360 files](../projects/Week2CAD/3DFiles/F360BasePlate.zip)
 
-[FreeCAD files](../projects/Week2CAD/3DFiles/FreecadPlate.zip)
\ No newline at end of file
+[FreeCAD files](../projects/Week2CAD/3DFiles/FreecadPlate.zip)
+
+[Cuttle files](../projects/Week2CAD/2DFiles/Cuttledesign.zip)
+
+[GIMP files](../projects/Week2CAD/2DFiles/GIMPdesign.zip)
\ No newline at end of file

docs/assignments/week10.md

@@ -231,135 +231,4 @@ And we have success!!!
 
 
 
-I believe this is all that was needed for this week but I also wanted to take a crack at the spinning motor. 
-
-
-## Spinning Motor set up 
-
-For my vegetable washing machine I purchased 3 parts: 
-
-1. 12-24V power supply 
-
-2. 12-24V / 80W DC Motor
-
-3. 12-24V Motor ESC 
-
-![Motor](../images/imagW9/MOT1.jpg)
-
-The ESC is controlled by a Potentiometer and once I got them connected they all worked well together. When 
-I turned the knob the motor speed changed. 
-
-I want to be able to control the ESC with the microcontroller so I can adjust the speed for the wash and 
-dry cycles. 
-
-First I need to understand how the Potentiometer works with the ESC. There is a plug with power and ground on either side 
-the middle wire voltage change based on the potentiometer position ranging from 0.5V to 3.6V.
-
-![Motor](../images/imagW9/MOT2.jpg)
-
-![Motor](../images/imagW9/MOT3.jpg)
-
-
-I was not sure how to approach this, my initial plan was to use 2 resistors and some relays to switch between 
-2 speeds. After reviewing Dr. Gershenfeld class and reflecting on the transistor discussion I came up with the 
-idea of used a transistor to replace the potentiometer and a capacitor to smooth out the control signal from the
-microcontroller. 
-
-I ran this by our local instructor Mr. Dubick  and my classmate Adam Durrett that have strong electronics background and they 
-agreed it should work!!!
-
-
-
-## Motor control circuit  design
-
-I decided the set up the board to control both the motor the spin the Vesgtable Basket as well as the Water pump even 
-though my focus this week was on the motor. 
-
-For each I would have a control signal come in from the micro controller on the main board. I would change the frequency of 
-the signal the change the speed, putting a capacitor on the line would smooth it and would replace the line in with the 
-potentiometer.
-
-![Circuit](../images/imagW9/PCB1.jpg)
-
-Not to get things a bit more organized. It is a relatively simple circuit 
-
-![Circuit](../images/imagW9/PCB2.jpg)
-
-Not pushed it to the 2B Board and started tracing 
-
-![Circuit](../images/imagW9/PCB3.jpg)
-
-
-## Motor control PCB design 
-
-Pushed to the 3D board get ready to mill
-
-![Circuit](../images/imagW9/PCB4.jpg)
-
-![Circuit](../images/imagW9/PCB5.jpg)
-
-When I reviewing the milling it was very tight due to the tracing. 
-
-![Circuit](../images/imagW9/PCB8.jpg)
-
-![Circuit](../images/imagW9/PCB6.jpg)
-
-![Circuit](../images/imagW9/PCB81.jpg)
-
-I reviewed the connectors and saw that by switch a few things around I could simplify the tracing 
-and provide more space between traces to make for easier milling 
-
-![Circuit](../images/imagW9/pcb7.jpg)
-
-![Circuit](../images/imagW9/PCB82.jpg)
-
-
-
-## Motor control board milling 
-
-Now I was ready to mill. I used the same set up with my Genmitsu 3020-Pro-Max from last week [here](https://fabacademy.org/2023/labs/charlotte/students/dan-stone/assignments/week09/#tool-path-set-up)
-
-The tool path looked good 
-
-![Mill](../images/imagW9/Mill1.jpg)
-
-Got to cutting using a 0.8mm end mill 
-
-![Mill](../images/imagW9/Mill2.jpg)
-
-![Mill](../images/imagW9/Mill21.jpg)
-
-I deburred and washed the board 
-
-![Mill](../images/imagW9/Mill3.jpg)
-
-Now we are ready to stuff and solder 
-
-![Mill](../images/imagW9/Mill4.jpg)
-
-Here are all the components 
-
-![Mill](../images/imagW9/Mill5.jpg)
-
-And we are ready to test 
-
-![Mill](../images/imagW9/Mill6.jpg)
-
-After stripping the connectors  on a number of boards and after rethinking the machine design I decided the break this board into 
-2 one for the motor and one for the pump. 
-
-I also increased the side of my traces to 30mil and replace the pad for my connector with A better connector from 
-the fab library 
-
-I started testing the board and it seemed like now matter what I did the Sources and Drain of the transistor was always connected. 
-
-I checked for shorts, I added a pull down resistor to ensure the gate is 0 and not joy. The source and drain are connected. 
-
-I went back to the lab and got another 2 transisotr (the lab only had 3 of them) and they all seemed to do that same. 
-
-I reviewed them with my instructure and fellow student who is an electrical engineer and they could not find why it was 
-acting this way other then it may be a bad batch of transistors. We put in an order for some more and for now this part 
-of the project is on hold until the arrive. 
-
-
-[Here](../) are the files for this week 
\ No newline at end of file
+[Here](../files/Week9/outputweek.zip) are the files for this week 
\ No newline at end of file

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docs/projects/final-project.md

@@ -305,3 +305,131 @@ Here is the one I built in action:
 <iframe width="560" height="315" src="https://www.youtube.com/embed/PIB-q0JtLqo" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe>
 
 
+
+
+## Spinning Motor set up 
+
+For my vegetable washing machine I purchased 3 parts: 
+
+1. 12-24V power supply 
+
+2. 12-24V / 80W DC Motor
+
+3. 12-24V Motor ESC 
+
+![Motor](../images/imagW9/MOT1.jpg)
+
+The ESC is controlled by a Potentiometer and once I got them connected they all worked well together. When 
+I turned the knob the motor speed changed. 
+
+I want to be able to control the ESC with the microcontroller so I can adjust the speed for the wash and 
+dry cycles. 
+
+First I need to understand how the Potentiometer works with the ESC. There is a plug with power and ground on either side 
+the middle wire voltage change based on the potentiometer position ranging from 0.5V to 3.6V.
+
+![Motor](../images/imagW9/MOT2.jpg)
+
+![Motor](../images/imagW9/MOT3.jpg)
+
+
+I was not sure how to approach this, my initial plan was to use 2 resistors and some relays to switch between 
+2 speeds. After reviewing Dr. Gershenfeld class and reflecting on the transistor discussion I came up with the 
+idea of used a transistor to replace the potentiometer and a capacitor to smooth out the control signal from the
+microcontroller. 
+
+I ran this by our local instructor Mr. Dubick  and my classmate Adam Durrett that have strong electronics background and they 
+agreed it should work!!!
+
+
+
+## Motor control circuit  design
+
+I decided the set up the board to control both the motor the spin the Vesgtable Basket as well as the Water pump even 
+though my focus this week was on the motor. 
+
+For each I would have a control signal come in from the micro controller on the main board. I would change the frequency of 
+the signal the change the speed, putting a capacitor on the line would smooth it and would replace the line in with the 
+potentiometer.
+
+![Circuit](../images/imagW9/PCB1.jpg)
+
+Not to get things a bit more organized. It is a relatively simple circuit 
+
+![Circuit](../images/imagW9/PCB2.jpg)
+
+Not pushed it to the 2B Board and started tracing 
+
+![Circuit](../images/imagW9/PCB3.jpg)
+
+
+## Motor control PCB design 
+
+Pushed to the 3D board get ready to mill
+
+![Circuit](../images/imagW9/PCB4.jpg)
+
+![Circuit](../images/imagW9/PCB5.jpg)
+
+When I reviewing the milling it was very tight due to the tracing. 
+
+![Circuit](../images/imagW9/PCB8.jpg)
+
+![Circuit](../images/imagW9/PCB6.jpg)
+
+![Circuit](../images/imagW9/PCB81.jpg)
+
+I reviewed the connectors and saw that by switch a few things around I could simplify the tracing 
+and provide more space between traces to make for easier milling 
+
+![Circuit](../images/imagW9/pcb7.jpg)
+
+![Circuit](../images/imagW9/PCB82.jpg)
+
+
+
+## Motor control board milling 
+
+Now I was ready to mill. I used the same set up with my Genmitsu 3020-Pro-Max from last week [here](https://fabacademy.org/2023/labs/charlotte/students/dan-stone/assignments/week09/#tool-path-set-up)
+
+The tool path looked good 
+
+![Mill](../images/imagW9/Mill1.jpg)
+
+Got to cutting using a 0.8mm end mill 
+
+![Mill](../images/imagW9/Mill2.jpg)
+
+![Mill](../images/imagW9/Mill21.jpg)
+
+I deburred and washed the board 
+
+![Mill](../images/imagW9/Mill3.jpg)
+
+Now we are ready to stuff and solder 
+
+![Mill](../images/imagW9/Mill4.jpg)
+
+Here are all the components 
+
+![Mill](../images/imagW9/Mill5.jpg)
+
+And we are ready to test 
+
+![Mill](../images/imagW9/Mill6.jpg)
+
+After stripping the connectors  on a number of boards and after rethinking the machine design I decided the break this board into 
+2 one for the motor and one for the pump. 
+
+I also increased the side of my traces to 30mil and replace the pad for my connector with A better connector from 
+the fab library 
+
+I started testing the board and it seemed like now matter what I did the Sources and Drain of the transistor was always connected. 
+
+I checked for shorts, I added a pull down resistor to ensure the gate is 0 and not joy. The source and drain are connected. 
+
+I went back to the lab and got another 2 transisotr (the lab only had 3 of them) and they all seemed to do that same. 
+
+I reviewed them with my instructure and fellow student who is an electrical engineer and they could not find why it was 
+acting this way other then it may be a bad batch of transistors. We put in an order for some more and for now this part 
+of the project is on hold until the arrive.