Innovative Sleep Monitoring Device for Improved Rest

 
EEG Alarm
 
Jackson Bautch, Alex Beck, Josh O’Brien,
Megan O’Donnell
 
Identified Problem
 
Proposed Solution
 
Track sleep stages throughout the night
Electroencephalogram (EEG)
Fewer electrodes, limit device size
Send sleep data to user’s phone
Phone and EEG record sleep stages to
set off alarm in lightest sleep
 
Intended Demonstrated Features
 
1.
EEG and ECG Sensitivity -measure electrical activity from the
heart + brain
2.
Wireless communication - sensors and microcontroller
communicate with app/website through WIFI
3.
Health Metrics - display information to the user in both live-
feed and ‘night’s sleep’ summary form. Heart Rate, time asleep
etc.
4.
Easy Fit - package sensors and controller in comfortable,
lightweight manor to allow for seamless integration into
comfortable sleeping.
5.
Alarm Feature - allow user to set desired wake up range and
wake up the user during the correct sleep cycle stage.
 
Available Technologies
 
EEG technology has existed since the
1920s
Integrated circuits for biopotential data
acquisition, amplification, filtering
ESP32 bluetooth capabilities for sending
data
 
Engineering Content
 
1.
EEG Sensing
2.
Heart Rate Sensing
3.
IoT and Wireless
System
 
Closing Thoughts
 
Benefits
Still waking up on time, but feeling better
rested
Easier time waking up
Recorded sleep data (heart rate, sleep
stages)
Comfortable to wear
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EEG Alarm by Jackson Bautch, Alex Beck, Josh O'Brien, and Megan O'Donnell offers a solution to track sleep stages throughout the night using Electroencephalogram (EEG) technology. With fewer electrodes and a compact design, the device sends sleep data to the user's phone and sets off an alarm during the lightest sleep stage. It features EEG and ECG sensitivity, wireless communication, health metrics display, easy fit design, and an alarm feature. The available technologies include EEG technology dating back to the 1920s and integrated circuits for biopotential data acquisition. The engineering content involves EEG sensing, heart rate sensing, and IoT with a wireless system. The device aims to help users wake up feeling refreshed, track sleep data effectively, and ensure comfort during wear.

  • Sleep Monitoring
  • EEG Technology
  • Health Tech
  • Wearable Device
  • Sleep Tracker

Uploaded on Sep 28, 2024 | 0 Views


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Presentation Transcript


  1. EEG Alarm Jackson Bautch, Alex Beck, Josh O Brien, Megan O Donnell

  2. Identified Problem

  3. Proposed Solution Track sleep stages throughout the night Electroencephalogram (EEG) Fewer electrodes, limit device size Send sleep data to user s phone Phone and EEG record sleep stages to set off alarm in lightest sleep

  4. Intended Demonstrated Features 1. EEG and ECG Sensitivity -measure electrical activity from the heart + brain 2. Wireless communication - sensors and microcontroller communicate with app/website through WIFI 3. Health Metrics - display information to the user in both live- feed and night s sleep summary form. Heart Rate, time asleep etc. 4. Easy Fit - package sensors and controller in comfortable, lightweight manor to allow for seamless integration into comfortable sleeping. 5. Alarm Feature - allow user to set desired wake up range and wake up the user during the correct sleep cycle stage.

  5. Available Technologies EEG technology has existed since the 1920s Integrated circuits for biopotential data acquisition, amplification, filtering ESP32 bluetooth capabilities for sending data

  6. Engineering Content 1. EEG Sensing 2. Heart Rate Sensing 3. IoT and Wireless System

  7. Closing Thoughts Benefits Still waking up on time, but feeling better rested Easier time waking up Recorded sleep data (heart rate, sleep stages) Comfortable to wear

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