FINAL - Steam Punk Coffee
The Steampunk Coffee Machine is a re-imagined coffeemaker that creates an enjoyable brewing experience by guiding its user in making the perfect cup.
The Steampunk Coffee Machine is an interactive device made by Abigail Faelnar, Erkin Salmorbekov, and Sammy Sords as the final project for Intro to Physical Computing.
Steampunk is the retro-futuristic re-imagination of modern technology, inspired by the steam-powered machinery of the Victorian age. In this spirit of mixing old with new, this coffee machine brings together analog inputs with digital displays, and creates a semi-automated process for the typically manual method of pour over coffee brewing. It also gives a steampunk feel by design – with dark wood and brass/gold finishes, a doorstop re-purposed as a lever, visible pipes, and vintage light bulbs connected to a pull chain.
The machine provides guidance to an individual user on which and how much coffee to use. By answering a few questions about your current state and coffee preferences (1. How are you doing today?, 2. How strong would you like your coffee?, 3. Which roast profile do you prefer?), the machine will tell you which coffee beans to select (out of three available options for light, medium, and dark) and how many grams of coffee you need to measure for a perfect cup (in a 10 oz. mug) according to ideal coffee to water ratios.
After the machine displays your coffee type and number of grams, you scoop out the grounds until the weight on the scale matches the recommended amount. From there, you pour water into the bucket, place your coffee grounds in the filter, pull a lever down, and the coffee machine begins to heat the water and drip it through a faucet right above the filter, preparing a cup of coffee for your enjoyment.
MIDTERM - Song of Swords
This is the result of doing the digital input and output with an Arduino lab.
"Where the dinosaur resides"
This is a switch that I made from attaching aluminum pieces to the bottom of a plastic dinosaur's feet. When the dinosaur is in it's proper place, the aluminum pieces should complete the circuit and turn on the LED connected to my breadboard.