An innovative wearable technology for visually impaired peoples.

A smartwatch with fall and location detection, reminders and more, designed to help you or your loved one with Alzheimer's!

A smart glove which converts sign language into Alexa commands. Can also be used for speech.

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

Smartwatch that shows notifications from an iPhone and automatically synchronize the time.

This health band can assist old people in their daily lives, leaving the family stress free!

A dress with Curie's pattern matching engine on Arduino101 to control the embedded LEDs, which makes constellations show up on the dress.

The ExoMIND Glove is a stroke rehabilitation device used to generate biofeedback for physical therapists and patients.

Mobile electronical device for blind and visual impaired people mobility.

Life Band monitors the health conditions of elderly up to date and provide immediate medical assistance if necessary.

The ultimate upgrade to your hat.

The smart insole collects foot pressure data in real-time. Through Thinger.io the information is fed into a system that visualizes the data.

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

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

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

This project consists on a mouse controlled with the movement of the head, using a gyroscope and an Arduino Micro.

A water bottle that can keep track of your water intake and reminds you to drink enough water.

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

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

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

This project displays the heart rate at the unit of beats per minute over the Internet so that it can be monitored from anywhere.

I created an electrocardiogram using TouchDesigner. The image moves according to the value of the sensor connected Arduino.

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

Allows students, educators, and hobbyists to learn about biomedicine by monitoring heart rate, temperature, and other physiological metrics.