Project

# Title Team Members TA Documents Sponsor
6 Automated Specialized Coffee Machine
Brandon Eubanks
Justin Yang
Sachin Kasyap Parsa
Channing Philbrick final_paper2.pdf
photo1.jpeg
presentation1.pdf
proposal1.pdf
# Problem
Many individuals prefer specialized coffee, such as French Press, Aeropress, or pour over. We propose to solve the problem of making this Aeropress coffee to reduce the effort in its preparation.

# Solution Overview
We propose making an automated Aeropress coffee maker, which will be done via three subsystems: boiling the water, grinding the beans, and extracting the coffee.

# Temperature-Controlled Water Boiler Subsystem
To extract the coffee we will need hot (or boiling) water. We will create a variable temperature control system that will allow the user to define a temperature between 175 °F and 212 °F using 5-degree increments, using digital logic controlled by a knob and measured using a food-grade digital thermometer. Controls will shut the system off when the temperature reaches a threshold.

# Coffee Beans Grinder Subsystem
To grind the coffee we will use a motorized hand grinder, which will apply torque at the handle. Prior to usage, the user will insert their desired amount of coffee beans into the grinder, to be ground when the process is started.

# Hot Water Extraction Subsystem
The coffee grounds and hot water are to be added inside the Aeropress and extracted. This subsystem will have a user-defined press time to help them get their ideal cup of coffee. There will be a pressure sensor.

# Criterion for Success
Our solution can accurately produce a cup of coffee, which has been heated up and processed for the defined temperature and time. As a reach goal, we will add functionality to produce different sizes of cups or add a voice interface (e.g., Alexa or Google Assistant).

While there are many existing coffee machines on the market, our solution will be focused on making high-quality Aeropress coffee. We seek to create a low-cost product that can produce coffee with the desired settings.

Pocket Pedal - A Bluetooth Controlled Effects Box

Kaan Erel, Alexander Van Dorn, Jacob Waterman

Pocket Pedal - A Bluetooth Controlled Effects Box

Featured Project

Our idea is to make an inexpensive alternative to traditional pedal powered guitar effects boxes. Essentially, we hope to implement a single aftermarket effects box that can be remote controlled via a mobile app. This low-power, Bluetooth connected application can control the box to change effects on the go. The hardware within the effects box will be able to alter the guitar's signals to create different sounds like echoing, looping, and distortion effects (and possibly more). These effects will be implemented using analog circuits that we will design and construct to be controlled by an app on your phone.

This project eliminates the expensive buy-in for a guitarist hoping to sound like any number of famous musicians with multiple effects pedals. On top of this, it also aims to get rid of the clutter that comes with the numerous pedals and boxes connected to an amplifier. Many pedals today don't even have a visual interface to select effects through some sort of menu. The app will also provide a much more handy and portable visual representation of the possible effects all from the phone in your pocket!

Team:

Jacob Waterman jwaterm2

Kaan Erel erel2

Alex Van Dorn vandorn2