Rather than repeat the sprawling and uncoordinated development patterns of the past, researchers at Princeton's School of Engineering and Applied Science and School of Architecture are exploring new ways to build urban infrastructures to serve our growing population, changing civilization and warming planet.
Three projects with the potential for broad impacts in science and technology have been selected to receive support from the Eric and Wendy Schmidt Transformative Technology Fund. Two of these projects include faculty from Princeton Engineering.
With wind power emerging as a key energy source around the world, Princeton researchers are exploring a new idea to squeeze more energy out of the whirling devices: flip them.
You don’t need a scientist to tell you that Manhattan gets brutally hot in the summer. But it helps to have one if you intend to do something about it. For the past year, Elie Bou-Zeid and his co-researchers at the Princeton Plasma Physics Laboratory and at Columbia University have been working with New York City officials to find ways to cool the city in the heat of the summer. The city has multiple interests in urban heating. For one, air conditioning use sends electricity demand s
A collaboration between Princeton engineers and the Princeton Plasma Physics lab is creating a more accurate understanding of how building materials such as black or white roofs affect energy use.
Power-in-a-Box (TM) is an easily deployable standard shipping container outfitted with solar panels and a telescoping wind turbine for generating electricity in remote or disaster-torn regions.
A team of five Princeton engineering graduate students is leading a yearlong field research project using new laser sensors to measure pollutants with unprecedented sensitivity.
In research initiated by an undergraduate, Princeton engineers discovered that elephants' hair is not merely a decorative feature for pulchritudinous pachyderms; it also plays an important role in how the giant beasts regulate their body temperatures.
Converting a standard shipping container into a sustainable source of energy for remote or disaster-torn regions, a team of Princeton University students took top honors in an 18-month national competition that culminated April 21 and 22 on the Washington, D.C., Mall.
The Jan. 12 earthquake in Haiti inspired a team of Princeton researchers to launch develop, deploy and test two novel disaster-relief technologies -- a rainwater harvester and filtration system, and a wind turbine for renewable energy production.