Discount Megamind's Lowcost Electro Encephalogram(EEG)

The goal of the project is, to build a mobile and low-cost electroencephalography(EEG) device to measure brain electrical signals for educational purposes.

=Problem Definition=

Background
People know that the heart pumps blood, that the muscles contract, and that the brain thinks. But how does it think and how does it communicate? Currently, if you pulled a random person off the street, and asked how the brain transmitted a signal to the rest of their body, they would probably be unable to answer accurately. The main reason causing this knowledge gap is the inadequate funding and few realistic and engaging ways to illustrate how the brain functions in a traditional school system. Students having minimal knowledge regarding the most critical organ in their body is a substantial problem. This project aims at providing an inexpensive, consistent and easy-to-use solution to this problem. By creating an affordable electroencephalogram system for high school students to build and operate, teachers will be enabled to effectively demonstrate how the brain operates within its physical space.

Deliverables
 Improved EEG circuit board  Using Differential Amplifier Arduino-compatible PCB design   Improved EEG headset  A more aesthetically pleasing design​   Reduce cost  Recycled and low-cost materials</li> 3-D printing technology</li> </ul> </li> Document step-by-step video instructions  On how to build the device</li> To present work to Moscow High School</li> </ul> </li> Add a Graphical-User-Interface  To allow better data visualization and allow for machine learning analysis of brain waves for data interpretation</li> </ul> </li> </ul>

Specifications


=Design Considerations=

=Project Learning=

=Final Design=

=Validation=

=Team Members=

=Additional Documentation=

Project Schedule



Budget