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The challenge was to construct a bridge made out of various pieces of uncooked pasta, that would span a distance of 10in, and must support a weight of 5 pounds. There also must be room for one person(1 in) to fit through. To test it, we used the bungee cords and wrapped it around our bridge which connects to a bucket where the sand will test its weight. Once we do that, we keep adding cups of sand, until the bridge fully disperses or breaks through the square hole. Ours successfully worked and held 8 pounds and 9 ounces, due to the base we made. Our top base was constrained by spaghetti sticks and pasta that would act as leverage and support. The bottom part of our bridge had triangle spaghetti sticks which would act as our ultimate and last emergency support system, for our bridge, and the pillars to add weight and stability.

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I learned that you can connect the motherboard to other objects using play-doh, and that play-doh is a conductor. I created a drum set that consisted of cymbals, base, and tom-toms. The design of my project was what I loved the most because it's cool to see a mini drum set that looks very similar, and makes similar sounds. I could have improved on the way it looks because it's all taped and messed up.

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We were supposed to create a self-propelling boat that reaches about 20 inches. We put the boat in a tub of water and winded up the propeller as much as we could and then put it on water. Finally, we let it go to see where it stops, or lands. Our boat moved by itself, with 40g.  PICTURE FOR DATA TABLE.
Our prototype worked, because our design included a ziplock bag that allowed our boat to be very stable and float. This allowed the task to be much easier because then we had more time to work on a propeller.

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Our engineering failure. Candy Dispenser

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Our engineering failure. Candy Dispenser

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Our candy dispenser, dispenses, not only one but multiple candies. It works by pushing the button mechanism and from grabs the candy and pushes it to the back, where an angled slope would bring it down. The main thing I liked about the machine is that it dispenses more than one candy, in different sections. What we could have improved on could have probably been on structure, measurements, and the central mechanism that allows the candy to come out. This is because all of our candy that was sitting on top was not in a stable position, rather it was slanted. The measurements would have also affected the way our mechanism holds and works. At last, the central mechanism, which wasn't staying onto the board, and the rubber band, which is the anchoring system that brings the button back to its original position, kept coming off. These types of factors led to the machine being unsuccessful.   PICTURE