1447 Items found

Mar 18, 2010

Making Antennas Smaller & Faster

ECE Assistant Professor, Hossein Mosallaei is researching ways to create antennas that are smaller, faster, and more energy efficient than any current technology.

Electrical & Computer Engineering

Feb 05, 2010

Mosallaei Awarded $490K Grant

ECE Assistant Professor, Hossein Mosallaei, received an ONR grant to conduct fundamental research on Active Metamaterials Antennas & Sensors (ACT-METAS).

Electrical & Computer Engineering

Feb 02, 2010

Niedre awarded $400K grant

ECE Assistant Professor, Mark Niedre, received a NIH grant for his research project "Tomographic In Vivo Flow Cytometer for Counting Rare Circulating Cells".

Electrical & Computer Engineering

Jan 28, 2010

Developing Images Faster

ECE Professors Miriam Leeser and David Kaeli have created a method to develop medical images 10 to 1000x faster than current technology using 3D video graphics, which will lead to faster diagnoses.

Electrical & Computer Engineering

Jan 26, 2010

DiMarzio Receives Patent for Research

ECE Associate Professor Charles DiMarzio has been awarded a patent for “Enhanced detection of acousto-photonic emissions in optically turbid media using a photo-refractive crystal-based detection system”.

Electrical & Computer Engineering

Jan 20, 2010

Sun Receives Additional Funding

Nian Sun, an ECE Associate Professor, received an additional $76K towards his NSF CAREER award that investigates novel spin-spray synthesis methods for magnoelectronic films at low temperature.

Electrical & Computer Engineering

Dec 18, 2009

Training Engineering Leaders

The Gordon Engineering Leadership Program has provided ECE graduate student, Michael Maker, a valuable pathway into his research in retinal disease at IMI Intelligent Medical Implants, GmbH.

Electrical & Computer Engineering, Gordon Engineering Leadership Program

Dec 11, 2009

Kaeli Awarded $1.3M NSF Grant

Electrical and Computer Engineering Professor David Kaeli, has been awarded a 3-year NSF grant for $1.3M to create a testbed model that will be able to adapt to new biomedical imaging applications and computing platforms.

Electrical & Computer Engineering