A. Richard Newton Graduate Scholarship awarded to Cochran and Nowroz

The Design Automation Conference (DAC) Executive Committee awards this scholarship named after the late Professor A. Richard Newton. DAC feels that supporting young faculty and graduate research is an appropriate way to honor Newton's vision and carry out some of his goals. This year the Design Automation Conference chose only Brown amongst the 20 submitted proposals for the $24,000 scholarships to support graduate research and study in Design Automation (DA), with emphasis in “design and test automation of electronic and computer systems”.

Pictured left to right: Cochran, DAC Official, Reda, and Nowroz

2010 Recipients
Students: Ryan J. Cochran, Abdullah N. Nowroz - Brown Univ., Providence, RI
Project: Adaptive Hot Spot Cooling for Many-Core Processors
Advisor: Sherief Reda – Brown Univ., Providence, RI

Biography information:

Ryan J. Cochran first came to Brown University from West Chester, PA as an undergraduate student in engineering, and graduated with Honors in the spring of 2008 in Electrical Engineering. He returned to Brown as a M.Sc. student in the fall of 2008, but has since decided to continue his studies as a Ph.D. student in Electrical Engineering at Brown. Ryan's principal research areas include thermal modeling, management, and tool development for current and future nano-scale integrated circuit technologies. Since 2009, Ryan has 4 refereed conference papers in his research area, including a best paper nomination in ISLPED 2010.

Abdullah Nazma Nowroz was born in Newcastle Upon Tyne, United Kingdom and grew up in Bangladesh. She graduated Summa Cum Laude in Electrical Engineering from Boston University in 2006. In 2007, she decided to come back to academia after working in Bangladesh for one year and completed her Masters in Electrical Engineering VLSI from University of Southern California. At present, she is working in the SCALE lab, where she works on designing many innovative techniques towards effective management of temperature, power, and performance of many-core processors. Projects include devising thermal sensor allocation techniques and signal reconstruction techniques that fully characterize the thermal status of the processor using limited number of measurements from the thermal sensors. Her research also includes techniques that provide detailed post-silicon power characterization using thermal emissions from the backside of silicon die using state-of-the-art infrared camera.

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Taylor selected for Veterans Affairs Pre-doctoral Fellowship

Erik Taylor (Biomedical Engineering Graduate Student) was select for the 2010-2011 Veterans Affairs Pre-doctoral Fellowship based on his research to develop anti-bacterial implants for injured soldiers. His clinical mentor is Roy Aaron, Director of the VA Center for Restorative and Regenerative Medicine, and Professor Thomas Webster is his research/academic advisor.

A profile of Erik Taylor:

Growing up roaming the Texan prairies instilled in Erik an ambition to study humanity’s ability to not only co-exist with nature, but to flourish in accordance with Earth’s natural attributes. While one would be hard-pressed to find cattle navigating the roads of a contemporary American metropolis, micro-biotic life flourishes on subways, in apartment complexes, and even in the most allegedly sterile of environments - the modern hospital. Erik's research is geared towards designing treatments for antibiotic resistant biofilms on medical devices. He uses nanotechnology to create novel interfaces promoting the natural elimination of biofilm.

Erik received his Bachelor of Science from the Department of Biomedical Engineering at the University of Texas at Austin. His senior design project was “An arthroscopic tool for the delivery of a thermo-sensitive hydrogel into damaged knee cartilage.” Erik’s research excellence wrought him an Office of the Vice President Undergraduate Research Fellowship for his work with Reese Endowed Professor Miguel Jose Yacaman in the Department of Chemical Engineering.

Erik is currently a graduate student working towards his Ph.D. in Biomedical Engineering at Brown University. He is advised by the Graduate Director of the Center for Biomedical Engineering, Associate Professor Thomas J. Webster. Through Prof. Webster’s guidance and expertise, Erik is working on his thesis entitled “Superparamagnetic Iron Oxide Nanoparticles (SPION) for the Treatment of Implant Infection.” The Society for Biomaterials recently bestowed upon Erik the Student Travel Achievement Recognition (STAR) graduate student award one of its most prestigious graduate student honors for his exemplary work in nanotechnology. He was also a National Science Foundation Graduate K-12 teaching fellow for two years (the maximum duration allowed for the fellowship program) where he taught science to grades 3-6 at Martin Luther King Jr. Elementary School in Providence, Rhode Island.

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Yang and Taylor earn STAR awards from the Society for Biomaterials

Lei Yang (co-advised by Professors Tom Webster and Brian Sheldon) and Erik Taylor (advised by Professor Tom Webster) were just selected for STAR awards from the Society for Biomaterials. They will give their award winning talks during the Society for Biomaterials' Annual Meeting April 21st - 24th in Seattle, WA. This is one of the highest honors for graduate students presenting at the Society for Biomaterials. Erik was chosen based on his abstract and research "Decreasing Biofilm Formation Through the Use of Magnetic Nanoparticles". Lei was chosen based on his abstract and research "Osteoblast Responses on Nanocrystalline Diamond Modified by Hydrogen, Oxygen, and Ammonium Plasmas".

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Graduate Student Profiles

In an effort to highlight the remarkable graduate student research here at Brown Engineering, we are creating a series of profiles that will highlight their work. Below are previews, to see the full profile details, click here."The catchphrase of our lab is “Atoms to Autos,” which means that we work on incorporating basic scientific research that begins at the atomic scale into larger and larger scale models eventually making improvements to the design of new GM automobiles."

"My research interests concern the exploration of multiprocessing techniques for low-power embedded systems (like smartphones, game consoles, etc.), and the development of design methods to improve the yield of 3D integrated circuits."

"BrainGate2 is an investigational device that we hope will one day enable people with paralysis to control external devices, such as a computer cursor, simply by mentally attempting the motion, essentially turning thought into action."

"Lead is added to Sn solder in electronic devices to inhibit defects (called “whiskers”) which result in failures and a shorter product life. I’m trying to understand how lead prevents defects and to find an environmentally friendly replacement that works equally well."

"The end goal of the influenza project is to develop a small, low cost, sensitive microfluidic assay to detect the presence and type of influenza in patient samples. Ideally, this device would integrated several tasks normally done in a laboratory such that it could be used at the point of care."

To see the full profile details, click here.

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Liu wins Acta Biomaterialia Graduate Student Award

Huinan Liu (Brown BME Graduate) was just selected as the Acta Biomaterialia Graduate Student Award winner for her paper:

"An in vitro evaluation of the Ca/P ratio for the cytocompatibility of nano-to-micron particulate calcium phosphates for bone regeneration”, Acta Biomaterialia 2008; 4:1472-1479.

Acta Biomaterialia currently has the 2nd highest journal impact factor in the Materials Science, Biomaterials category.

The award letter reads:
"The field of nominees was very impressive, and the task of selecting a winner was challenging. Not only did your paper demonstrate exceptional value to the biomaterials community, which was also evidenced by its download ranking, but your personal credentials and recommendations were also exemplary. We will present this award at the 2009 Materials Science & Technology Meeting in Pittsburgh in October."

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