A recent New York Times article featured Jeffrey Youngblood, associate professor in the School of Materials Engineering at Purdue University, for his work in inventing a no-fog, self-cleaning coating for plastics and glass. The specially engineered polymers allow water to displace oil without the use of soap—an invention that's both convenient and environmentally friendly.

"Having sharply defined layers of materials enables you to improve and control the flow of electrons and to switch this flow on and off," said Eric Stach, an associate professor of materials engineering at Purdue.

Carbon nanotubes, which were discovered in the early 1990s, could make possible more powerful, compact and energy-efficient computers, as well as ultra-thin "nanowires" for electronic circuits. The nanotubes might be ideal for future electronics because they conduct electricity more efficiently than any other metal, but their practical application requires that they be manufactured to specific standards.

MSNBC (College of Engineering) -- Removing oily smudges from mirrors, countertops or fabrics usually requires some elbow grease ... and a strong soap or solvent. A new coating developed by Jeffrey Youngblood and colleagues at Purdue University promises that grease stains can be wiped away with plain old water.

Professor Jones, an advisee of Professors Bowman and Slamovich, is an assistant professor at the University of Florida since 2006 following postdoctoral research at the University of New South Wales, Australia and Iowa State University. His research on piezoelectric materials provided inspiration for current activities of the NSF Focused Research Group on Piezoelectrics lead by Professors Bowman, Garcia and Blendell

Over the past two years we've put together an excellent car and a great team," said MacKenzie Sellers, a senior in materials engineering and president of Purdue Solar Racing. "The team functions as a project team would in industry. We have a budget and schedule to design and build the vehicle. We perform testing, and we work with different disciplines to accomplish our goals

Metal-induced Structural Transformations during Alpha Synuclein Aggregation

The School of Materials Engineering recently celebrated the long and distinguished career of Dr. Richard Grace with the creation of an endowment and dedication of a conference room and library in his honor.

The goal of the project is to develop a new approach to the fabrication of high-temperature diboride-based ternary composite ceramics, with a higher heat and oxidation resistance than materials presently available.

The Purdue Board of Trustees ratified this professorship on Thursday November 20, 2008. Professor Schuhmann was the first Head of the School and a leader in many aspects of research, education and policy at Purdue. Professor Handwerker joined Purdue in 2005 having previously served as Chief of the Metallurgy Division at the National Institute of Science and Technology.