FK Action Project for Design & Engineering " Project Garret"



We just wrapped up our first unit in Design & Engineering. This unit was about simple machines and the basis for almost every tool in the modern day. We also discussed the design process and how important empathy and understanding the audience that you're designing for. Empathy is understanding someone else's situation and/or emotions. It relates to this project because we need to understand what it is like to be an elderly gardener before we can help them. This project is asking me to work on a design with my partner that could assist an elderly gardener with simple gardening tasks that may be difficult with old age. The eldery user I had in mind well designsing my tool was a person with back pain or a person who wants to cut roots and also scooping soil. It is called project Garret. 

To get a sense of empathy I interviewed a local gardener. During my interview the local gardener said "Due to my CRPS, bending and being on my knees is very difficult." So I made my design acommadate a gardener who cannot bend down or work on their hands and knees. 


This is my original design: 


I have made many changes to it since this design. I like adding a bipod, and making the blades motorized. 


This is a story board of my design and it being used: 





This is the shovel being properly stored in a shed.





This is the elderly person getting a shovel.






This is the shovel being used on the surface.






This is the shovel cutting the weeds and roots under the soil.






This is the elderly person cleaning the blade with a hose






This is the elderly person putting the shovel back in the shed.

 Project Garrett is significantly more efficient than other shovels on the market because they have a motor that allows more soil to be shoveled even by an able bodied person.  Garrett also eliminates a lot of fatigue when shoveling due to the bypod elimanating back engagment. Garret is just better. 

These are the input and output forces of my design: 





This is the volume and surface area of the spinning blades:





These blades are wedges. A wedge is a simple machine that has most of it's mass at one end and less at the other, the mass gradualty gets lower and lower till it reaches a flat point allowing for a large amount of force applied to a smaller surface area. 

B = 0.5 inches



H = 1.5 inches


W = 1/16


V: 1.5 • 0.5 • 0.5 * 1/16  = 0.0234375 in^3 


SA:


½(1.5 × 0.5) × 2 = 2.375


1.5 x 1/16 = 0.09375


0.5 × 1/16 = 0.03125


H × 1/16 = 0.0988211769

sum of = 2.5988211769 in^2



Citations: 

FK "Original Design" 10/7/22 

FK "Story Board" 10/7/22 

FK "Blade Drawing"  

FK "Moded" 10/7/22 

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