1. What was the intended function of your box and how does the design contribute to the function. 

The intended design of the box was to store random trinkets I found, and I think the basic structure achieves that goal well.

1. 1. Describe how it is meeting the functional goals.

Its easy to remove top makes quickly storing objects in it a breeze.

1. 2. Describe how your form contributes to the overall function. 

Its shape allows it to take up very little space.

2. Describe one thing you are most proud of about the box itself. 

I am most proud of the knob because of its unique design.

2. 1. Point at this when you are presenting, either on the physical box or on a closeup photo. 

3. Describe one thing about your physical box you would improve on if you could do it again. 

I would probably move the lock part downwards because it looks a little strange to me how it is right now.

3. 1. Point at this when you are presenting, either on the physical box or on a closeup photo. 

4. What is one challenge you faced while doing this project that you were able to overcome and how did you overcome it?  

The box ended up with a disproportionate main body, leading to a very apparent slant appearing. This was fixed by just changing the way the top connects to the box with a hinge, so that the gap produced by the deformation worked as an easy way to open it.

5. What is one skill that you learned so well in this project that you would feel comfortable teaching it to another student?  

I think I further learned how to use TinkerCad in this project. This also gave me a small interest in 3D modeling.

6. Even though everyone ended with their own project, how did teamwork/collaboration play a role in this project?  Offer specific shout outs to acknowledge those who helped you.  

Brandon was a help when everyone was exporting their knob models to the 3D printers.