Researchers and students at the Institute for the Wireless Internet of Things envision a future in which people and their environment are wirelessly connected by a continuum of AI-powered devices and networks, from driverless cars and search-and-rescue drone swarms to implantable medical devices and smart cities. The institute is home to world-leading expertise, facilities, and technologies dedicated to making wireless communications exponentially faster, more energy efficient, and more secure.
Our research priorities:
- Artificial intelligence and machine learning for wireless systems
- 5G and 6G wireless systems
- IoT business models for tomorrow’s industries
- Smart and connected implantable medical devices
- Smart cities and oceans
- Unmanned aerial vehicles for civil and national defense
Institute for the Wireless Internet of Things
Learn about our expertise and mission.
Our interdisciplinary expertise includes:
- Communication and networking
- Sensors, IoT devices, and energy harvesting
- Data analytics and machine learning
- Security and blockchains
Join The Institute
Assistant/Associate/Full Teaching Professor – Institute for the Wireless Internet of Things (WIoT): Apply Here
Assistant/Associate/Full Professor – Institute for the Wireless Internet of Things (WIoT) (Tenure/Tenure Track): Apply Here
Research Faculty Assistant/Associate/Full Professor – Institute for the Wireless Internet of Things (WIoT) : Apply Here
Assistant/Associate/Full Professor – Electrical and Computer Engineering (Tenure/Tenure Track): Apply Here
Powering Reconfigurable Implantable Medical Devices
ECE William Lincoln Smith Professor Tommaso Melodia received a patent for creating a “Reconfigurable implantable medical system for ultrasonic power control and telemetry.”
Improving Acoustic Wireless Communication
ECE Professor Tommaso Melodia and ECE Research Assistant Professor Emrecan Demirors were awarded a patent for designing a “method and apparatus for wireless communications.”
NORTHEASTERN SPIN-OUT STARTUP IS IMPROVING THE CONNECTION BETWEEN HUMANS AND INTELLIGENT MACHINES. HERE’S HOW.
In a world where humans and intelligent machines will soon be working side-by-side, companies are working to ensure that human beings—not their hardware-built friends—remain in the driver’s seat.
Colosseum Wireless Channel Emulator
Northeastern is home to the Colosseum, the world’s largest radiofrequency channel emulator. Developed by the U.S. Defense Advanced Research Projects Agency, the Colosseum will enable the building and testing of intelligent, autonomous, collaborative, wireless technologies for military and commercial use.
This “electronic arena” can mimic, in real time, tens of thousands of RF channel interactions among hundreds of wireless devices within a square kilometer. Through AI, radios that weren’t designed to work together can now learn to do so by optimizing the limited capacity of the electromagnetic RF spectrum.
Pawr Project Office
We serve as the academic lead and project office for the Platforms for Advanced Wireless Research, a $100 million public-private partnership designed to sustain U.S. leadership in the industry and boost our economic competitiveness. PAWR will find new ways to power IoT by building city-scale testbeds for advanced wireless technologies and digital ecosystems.
PAWR is funded by the NSF and the PAWR Industry Consortium, which represents 30 of the nation’s leading companies and associations in wireless-related industries. The PAWR Project Office—co-led by Northeastern University and US Ignite—will be deploying and managing up to four city-scale testbeds.