McKelvey School of Engineering

Washington University and the Donald Danforth Plant Science Center have received two awards totaling $35 million from the U.S. Department of Energy (DOE) to do research on novel energy initiatives. At $20 million, the Washington University research award is the largest ever received on the Danforth Campus. The $15 million for the Donald Danforth Plant Science Center is the largest the organization has ever received.

David Kilper/WUSTL PhotoComputer engineers at Washington University in St. Louis are bringing the minimalist approach to medical care and computing by coupling USB-based ultrasound probe technology with a smartphone, enabling a compact, mobile computational platform and a medical imaging device that fits in the palm of a hand. William D. Richard, Ph.D., associate professor of computer science and engineering, and David Zar, research associate in computer science and engineering, have made commercial USB ultrasound probes compatible with Microsoft Windows mobile-based smartphones, thanks to a $100,000 grant Microsoft awarded the two in 2008.

William (Will) G. Donnelly, son of Terrence and Ruth Donnelly of St. Louis, Mo. (63139), recently was named the inaugural recipient of the Boeing/FIRST Scholarship at Washington University. A senior at Gateway Institute of Technology in St. Louis, Donnelly will enter the university’s School of Engineering & Applied Science as a freshman when the fall semester begins in August 2009.

Eight WUSTL faculty members will receive Outstanding St. Louis Scientist Awards from the Academy of Science of St. Louis.

AgarwalA mechanical engineer at Washington University in St. Louis is developing techniques that will lessen our monetary pain at the pump by reducing the drag of vehicles — planes, autos and trucks. Drag is an aerodynamic force that is the result of resistance a body encounters when it moves in a liquid or gaseous medium (such as air). Reduction in drag means less fuel would be required to overcome the fluid resistance encountered by the moving vehicle. Working with undergraduate and graduate students, Ramesh K. Agarwal, Ph.D, the William Palm Professor of Engineering at WUSTL, has successfully demonstrated that the drag of airplane wings and cars/trucks can be reduced by employing the active flow control technology.

Computer science faculty are exposing their undergraduate students to learning in ways that prepare them for interaction in the real work place. It’s not about “staying between the lines,” but more about getting out of your seat, moving around and interacting with your classmates. It’s called active learning, a learning-laboratory-based tutorial teaching concept.

Computer science faculty at Washington University in St. Louis are exposing their undergraduate students to learning in ways that prepare them for interaction in the real work place. It’s not about “staying between the lines,” but more about getting out of your seat, moving around and interacting with your classmates. It’s called active learning, a learning-laboratory- based tutorial teaching concept.

David Kilper/WUSTL PhotoFor the first time, WUSTL scientists have used gold nanocages to map sentinel lymph nodes in a rat noninvasively using photoacoustic tomography.

David Kilper/WUSTL PhotoWUSTL biomedical engineers Younan Xia (left) and Lihong Wang examine the photoacoustic tomography machine (PAT) in Wang’s Whitaker Building laboratory.Information obtained from a new application of photoacoustic tomography (PAT) is worth its weight in gold to breast cancer patients. For the first time, Lihong Wang, Ph.D., Gene K. Beare Distinguished Professor in the Department of Biomedical Engineering, with a joint appointment in Radiology, and Younan Xia, Ph.D., James M. McKelvey Professor in Biomedical Engineering, with a joint appointment in chemistry in Arts & Sciences, both at Washington University in St. Louis, have used gold nanocages to map sentinel lymph nodes (SLN) in a rat noninvasively using PAT.

It’s a little like finding out that Superman is actually Clark Kent. A team of biologists at Washington University in St. Louis has discovered that two vital cellular components, nuclear RNA Polymerases IV and V (Pol IV and V), found only in plants, are actually specialized forms of RNA Polymerase II, an essential enzyme of all eukaryotic organisms, including humans.