Water quality, anywhere, anytime!

Arduino Uno-based electronic weighing machine by 5-wire 3 kg load cell.

This is a 360 radar using an ultrasonic sensor that saves data and encodes them onto an image.

Spending $1,000 on suspension repairs because the city failed to fix the potholes? This project makes sure that never happens again.

Arduino Stepper Motor Barometer with additional displays for last 3 & 6 hour pressure changes.

Open source Smart energy monitor with some new features like Terminal Commands, Readings Logger, and Data Plotting.

This kind of system is the fastest growing safety feature in automotive industries.

A fall detection system based on Arduino, Windows 10 and Microsoft Azure

A remote controlled vehicle with stereo cameras on a head-tracked pan-tilt unit and wireless 3D first person control via an Oculus Rift.

Obstacle distance is measured using ultrasonic sensor and Arduino. The data is processed using Processing and the distance is marked.

eNVIRO is an advanced weather station with remote sensor.

The project consists of reading values for pitch and roll, and communicating the modified values over serial to the display.

Build your own high-quality water sensor to monitor your pool or spa, using the Amazon Alexa to check on the status of your pool.

SPACS is an invisible shield for pedestrians designed as an extra safety measure in case of collision or vehicle malfunction.

This is a manual and automatic irrigation system

How might we utilise smart water management systems to enhance our human experience for the people of today, and also tomorrow.

How can scientists model and predict the formation of sink holes using IoT?

Developing and mounting sensors on a bike.

IoT + machine learning solution to air pollution in real-time.

This project about tracking object by image processing, and use 360 radar technology (developed by A. Karkon) and status alert system.

Experimental system for Structural Health Monitoring (SHM), based on the Arduino.

It is a standard INA219 module but this has an isolated measured voltage from the MCU.

Control and maintain stable relative humidity and temperature states to simulate natural conditions for experimental testing in the lab.

Arduino and Raspberry Pi. Sensing motion, temperature, vibration, VOC and CO2, altitude, current, and voltage. Powered by 120VAC and relays.