
Smart Land
A Novel Design for Wireless Network Strategy for Urban Area
OP Jindal University (OPJU) | India
Designing a Wireless Sensor Network strategy which monitors and reports the air, water, data and sound quality of...
Smart Water
Algae Prediction with Spectroscopy Water Monitor
LeTourneau University | United States
Design Problem As our world progresses towards more urbanized living environments, basic needs such as clean water...

Smart Water
Microplastic Monitoring Network
Bangor University | United Kingdom
Microplastics are defined as plastics less than 5mm in length. Microplastic pollution is an ever-growing concern,...

Smart Land
Unmanned Firefighting Drone
University of Mumbai | India
As humanity progresses more and more people are residing in urban areas and as the population of urban areas...

Smart Land
Transient: an Effort to Combat Urban Noise
University of Toronto | Canada
Most of the sound around us is accidental; much of it is unpleasant. But the effect of excessive noise goes beyond...

Smart Water
AquaSense Version 1.0
Kun Shan University | Taiwan
Overpopulation in cities across the globe is becoming, and will continue to be, a major issue. With populations in...
Smart Water
IoT-enabled Urban Water Supply
Indian Institute of Technology (IIIT), Bombay | India
In Indian cities, millions of people drink contaminated water [1]. A staggering 70% of all drinking water in India...

Smart Water
GridShips: Mobile Monitors of Water Quality
Queen's University | Canada
Design A GridShip is designed to be a mobile water quality monitor which can be easily re-tasked to go examine...

Smart Land
Air Pollution Control System
Rajagiri School of Engineering and Technology | India
Air pollution has been a major problem affecting us since the dawn of the industrial revolution. With the ever...

Smart Land
Lora Platform for Waste Bin Monitoring
Queens University, Kingston, Ontario | Canada
Idea: Waste bins are everywhere in our society. They may be large commercial dumpsters behind your favorite...


Smart Land
berrySmart
Massachusetts Institute of Technology (MIT) | United States
Farming accounts for 70% of the world’s water consumption, with many over-watering their crops, while one-fifth...

Smart Water
BIoTIC: A BOD IoT In-situ Collector
University of California, San Diego (UCSD) | United States
Our design focuses on two goals. The first goal is to measure BOD, which is the most important factor in...

