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

Getting some information from human body by using simple sensors and Arduino.

Record your exertions on the Borg scale.

Arduino Uno-based device intended for negative wound pressure therapy for hospitals in the developing parts of the world.

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

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

An assistive technology for individuals affected by nervous system disorders like Parkinson's and Alzheimer's.

Thermally insulated box that maintains sensitive samples like vaccines and cells at the desired temperature via battery or 12V sources.

This health kit helps to get continuously the data about quality and overall duration of the sleep and to determine the sleeping phases.

This exoskeleton was designed to help a patient suffering from paralysis to rehabilitate faster.

Hook up your Arduino to take a look at your ECG, respiration and heart rate using TI's amazing ADS1292R chip.

Interfacing MAX30102 with Arduino + BPM measure project with OLED + buzzer.

Easy setup via .txt file.

A counterproductive suite of office products

A heart rate monitoring system that tracks your heart beat in "BMP" but I made a little difference by adding some LabView Visualisations.

Prevent back pain by detecting bad posture and correct it immediately!

Help blind people navigate on their own by detecting obstacles

Add Arduino and a Force Resistor Sensor to your next healthcare simulation project to detect the amount of pressure applied on a site!

The Sub-Q Warmer is a subcutaneous fluid warmer for cats with kidney conditions that cannot drink enough water to maintain hydration.

Having problems sinking your birdie putts? Maybe your putter grip is on crooked! This project gives you a way to perfectly align your grip.

A dress with my painting of flowers on the fabric; fireflies in the flowers blink according to wearer's heart-rate.

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

A photoresistor can sense the subtle changes in light intensity caused by your blood to detect your heartbeat!

Android app-controlled, Arduino-based kit that provides simultaneous data about body t°, heart rate, room humidity and t° data.