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.

Design of assistance to the visually impaired with removable prototype to be used in any clothes and powered by the cell phone.

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

This is a bicycle racing game machine using Hall sensor and Unity3D racing game kit. It's very useful to use on diet.

MAX86150 puts ECG and SPO2 on a single chip, opening new opportunities for calculation of pulse transit time and indirect blood pressure.

Train your Genuino 101 and use it to classify your simple activities, send your data to AWS IoT and plot it with Redash.

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

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

This project is used to detect the motion of a comatose patient during his treatment. this will be a 24 hours monitoring system.

Using a pulse sensor + Arduino + Bolt IoT Platform, build your own pulse monitoring system which notifies you when abnormality is detected.

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

A small, inexpensive iontophoresis device designed with convenience in mind.

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

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

Low cost and noninvasive medical patch that continuously monitors temperature and sends alerts to phone when temperature reaches set limit.

Helping the visually impaired identify an object's colour discretely.

First prototype of a fully functional neonate incubator for educational purposes. Still, a lot to get better, but hey, it works just fine!

A step by step tutorial that will guide you throught the complete development process. It also includes prototype testing. A success!

Use an infrared sensor to sense eye movements and control an LED.

Design and build a portable biomedical monitor that allows obtaining a diagnosis in real-time and capable of determining possible diseases.

In modern world, it's very difficult to keep check on patients' health. With my project, you just need to ask Alexa for their pulse rate.

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

I made a 3D Printed Unicorn Horn. It looks great when going out to the party and especially in the evenings. :)