Describe your idea/Solution/Prototype here: To develop a single-use disposable patch which is adhered to the neonate’s body which has contact pads upon which the wireless pod is placed and the vital parameters are acquired and transmitted through BLE (Bluetooth Low-Energy). The POD will contain a High-Density Lithium-Ion battery with an efficient battery-management-system so that it provides more than 10hrs of working with a single charge. The Interface is built using Raspberry-Pi 4 and has a Medical Expert System software running which intelligently predicts the neonate’s health condition based off the vital parameters.

1. Basic Details of the Team and
Problem Statement
Organization Name: GE Healthcare
PS Code: UP1263
Problem Statement Title: Design and develop a wireless pod and
disposable patch that is gentler on a newborn’s fragile skin and
allow for more skin-to-skin contact with the parent.
Team Name: We Musketeers
Team Leader Name: Arun Pandiya V
Institute Code (AISHE): C-36945
Institute Name: Sengunthar College Of Engineering
Theme Name: Med Tech / Bio Tech / Health Tech

2. Idea/Approach Details
Describe your idea/Solution/Prototype here:
⮚ To develop a single-use disposable patch which is adhered
to the neonate’s body which has contact pads upon which
the wireless pod is placed and the vital parameters are
acquired and transmitted through BLE (Bluetooth Low-
Energy).
⮚ The POD will contain a High-Density Lithium-Ion battery
with an efficient battery-management-system so that it
provides more than 10hrs of working with a single charge.
⮚ The Interface is built using Raspberry-Pi 4 and has a Medical
Expert System software running which intelligently predicts
the neonate’s health condition based off the vital
parameters.
2
Above image is the model of our project
Describe your Technology stack here:
⮚ RaspberryPi 4 (Interface)
⮚ RaspberryPi Zero (POD)
⮚ Pyke (Python) for Expert System
⮚ AD8232 for ECG Acquisition
⮚ MAX30102 for SpO2 and Heartrate
⮚ Gyroscope for Respiration rate measurement

3. Idea/Approach Details
Describe your Use Cases here
⮚ The Interface is capable of analyzing and diagnosing
certain conditions purely based off of the vital
reading with the help of the expert system built-into
it without any doctor intervention.
⮚ The POD is designed to be re-usable after each use,
it can be recharged between uses.
3
Describe your Dependencies / Show stopper here
⮚ The Expert System must be built using the
help of the pediatricians.
⮚ Since the Interface and the POD
communicates using BLE, they must be within
10 metres of distance.
⮚ The POD needs to be charged between each
use to ensure prolonged measuring periods.
INTERFACE

4. Team Member Details
Team Leader Name: Arun Pandiya V
Branch : (B.E) Stream : Medical Electronics Year : III year
Team Member 1 Name: Mohamed Vajith H
Branch : (B.E) Stream : Medical Electronics Year : III year
Team Member 2 Name: Irfan S
Branch : (B.E) Stream : Medical Electronics Year : III year
Team Member 3 Name: Sandhiya S
Branch : (B.E) Stream : Medical Electronics Year : III year
Team Member 4 Name: Gokul B
Branch : (B.E) Stream : Medical Electronics Year : II year
Team Member 5 Name: Sandhiya N
Branch : (B.Tech) Stream : Information Technology Year :II year
Team Mentor 1 Name:
Category (Academic/Industry): Expertise : Domain Experience (in years):
Team Mentor 2 Name:
Category (Academic/Industry): Expertise (AI/ML/Blockchain etc): Domain Experience (in years):