I have used a heartbeat sensor module which senses the heartbeat upon putting a finger on the sensor.

In this project we show how we made a single-lead ECG monitor for heart-rate variability using the MAX30003 and an Arduino Uno.

Adding real-time feedback to a CPR manikin. Allows for depth, rate, time and chest recoil monitoring.

It's an eTextile patch for hover, touch, and pressure input, using both resistive and capacitive sensing.

An I2C interface with Blynk.

Creating E-health care system that allows easier, better, and faster communications between patients, doctors, and hospitals.

A wireless headset which allows you to control devices through cerebral waves. It works with two sensors and a Bluetooth shield.

A modified electric wheel chair controlled by the leap motion providing unparalleled control over the wheelchair and household appliances.

Costs around $120 USD (incredibly cheap compared to competitors) and uses easy-to-find components.

Wheelchair whose motion can be controlled using simple hand gestures.

Heart beat count and steps count are calculated and calories burnt is retrieved from it and displayed using POV through IOT.

An IoT wearable technology to haptically guide users with visual impairments/obstructions while monitoring their environment.

How far and fast can my gerbils, Snuggles and Gingy, run? IR sensor odometer, with ePaper display of daily stats.

A digital baumanometer built using an Arduino Uno board, where the data is analyzed with a slope method in Python.

Low cost robots to assist recovery of patients with non-traumatic brain injuries.

This is a device I am working on called the BecDot which is a literacy teaching tool I invented for our daughter Rebecca.

A senseless, badly implemented idea for anybody to improve: ASCII-Braille real-time translation via Arduino.