In recent years, our signature areas have helped foster
interdisciplinary collaborations. We are teaming with industry and
seeking solutions from virtually every corner of campus to solve whole
problems—not just parts. From the atomic-scale breakthroughs in
nanotechnology to system-changing solutions that ensure global
sustainability, we are focused on day-to-day achievements and
committed to tomorrow's success.
A Purdue research team is making progress in developing wireless implantable medical devices for treatment of a variety of conditions using wireless networks of nanoelectronic sensors and actuators.
More than 1 million storm-water culverts that drain U.S. roadways are in need of repair. State Departments of Transportation (DOTs) have turned to cured-in-place pipe, or CIPP, as a fast and low-cost way to rehabilitate the aging systems. Professor Andrew Whelton and his team were recruited to take a closer look at CIPP's environmental effects.
A Purdue University chemist has developed an adhesive technology that could help bond items in wet, moist conditions such as human tissue or underwater construction - by studying mussels and oysters.
New research shows how inkjet-printing technology can be used to mass-produce electronic circuits made of liquid-metal alloys for "soft robots" and flexible electronics.
Professor Arvind Raman and colleagues have developed a system capable of detecting defects and networks of nanostructures below the surface of layered nanocomposites using a "Kelvin probe" scanning method with an atomic force microscope. The ability to look below the surface of nanocomposites represents a potential new quality-control tool for industry.
Jane Frankenberger is heading a $5 million federally funded project examining the economic and environmental benefits and costs of storing water on farms in ways for crops to use it when they need it and to reduce nutrients draining into waterways.