Thursday, October 30, 2014

Interesting Projects!


The following video will be helpful for the design of our M&M launcher.


The arduino project in this video is similar to our project plans because it uses stepper motors to control a turret.



This arduino project consists of an array of lights that are controlled by music input.

Project Overview

This project is centered around creating "something" that interacts with the environment. This "something" is left to our imagination and contains very few guidelines or constrains. Other than a necessary interaction with the environment, the end result of the project must have at least one 3-D printed part.

Our project, Soaring Sweets, will be based off of a common food trick. Many children, as well as adults, enjoy challenging each other to catch pieces of food in their mouths by tossing them in the air. Our project is aimed at taking this challenge one step further. Rather than tossing a piece of food in the air, we aim to launch that piece of food from a cannon. To use our project well, you will need a general understanding of projectile motion principles that will govern the flight path of the piece of food. Growing up, the most common food items used for this from our experiences were popcorn, M&M's, and Goldfish. In order to combine both appeal and an item heavy enough to follow a steady flight path we are going to be using M&M's.
Greetings and welcome to our blog! This is the official blog of the Soaring Sweets Initiative. We are three sophomore students enrolled in professor Sullivan's 22.201 Design Lab 1 course as a part of our mechanical engineering undergraduate curriculum at the University of Massachusetts Lowell.

Let's meet the team! This team consists of all-star members: Kevin Falco from Chelmsford MA, Jackie Solimine from Haverhill MA, and Andrew Latulippe from Derry NH. Shown from left to right in the picture below.