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

A smart gadget made with Arduino that makes sure you never miss your medicine or pills.

An outfit made of Martian material. It provides awareness of its environment. Let's protect the Earth even if we can move to Mars.

A portable small device to verify anywhere the UV index in the sun rays.

Shoot fireballs from your fists when you throw a punch with these arm mounted smart flamethrowers!

An innovative wearable technology for visually impaired peoples.

How did I stand out at prom? In a light up dress of course!

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

Mobile electronical device for blind and visual impaired people mobility.

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

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

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

The ultimate upgrade to your hat.

Reinventing the pedestrian experience.

An obstacle-detection and GPS-enabled navigation wearable for the visually impaired.

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

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

A counterproductive suite of office products

The vital signs of people is crucial in todays medicine. In this project I designed a system for measuring heart rate using pulse sensor.

Shows you how you can connect ProtoCentral's MAX30100 breakout board to an Arduino for PulseOx and heart rate measurement and visualization.

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.

Wearable for monitoring the health condition of patients who have suffered or are in risk of having a cardiac arrest.

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