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Name change highlights links between engineering and biology

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nanotechnologyThis news is adopted from Princeton University website.

Reflecting the growing intersection of biology and engineering, the Department of Chemical Engineering will change its name as of July 1, 2010, to the Department of Chemical and Biological Engineering.

“Adding ‘biological’ to our name makes a public statement,” said Richard Register, who chairs the department. “It signals to the community — especially prospective graduate students and faculty — our commitment to leading in this area of great scientific and social importance.”

The name change was formally approved at the Faculty Meeting on Dec. 7.

The field of chemical engineering has had longstanding ties to biology, Register noted. Fermentation processes, discovered millennia ago, became a modern tool for chemical production and most recently in making advanced biofuels. Chemical engineers pioneered the use of polymeric materials (plastics) for implantable medical devices and controlled drug delivery.

These connections have developed rapidly in the last decade, and now about a third of the department’s faculty members focus a significant portion of their research on questions related to biology. Two senior faculty members, Christodoulos Floudas and Robert Prud’homme, have moved much of their research into biological engineering. Floudas collaborates with biologists to apply his expertise in optimization to the analysis and design of proteins. Prud’homme has leveraged his understanding of polymers and nanoscale processes to develop innovative drug-delivery technologies.

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Experimental Rig Set Up

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Day 6 (6/7/09) – Monday

It’s a new week and my jobs continue…

-Met my Prof for the first time as a Ph.D student. Discusses few things regarding faculty jobs and some research job as well.

-Met my friend Tun and Mr. AminĀ  (the supplier) at lab to discuss about the quartz reactor we plan to use for our experiments.

-Set up a general experimental rig to test it out. Have not completed yet. The GC seems to have weird problem going on. Not sure what’s the problem. Will ask Fadhzir’s help to look at it. The quartz reactor we recently bought seems to be so thin and brittle. It was not as thick as the reactors I purchase in 2002 which has thickness about 2mm. The idea is just to run the experiment, get the feel of it, make sure the GC is running fine… We’ll continue with the job later tomorrow. At least we’ve done something and we are closer to run the experiment tomorrow.

-Printed: Fuel and Energy Abstracts, Volume 50, Issue 4, July 2009, Pages 234-304. Maybe there’s something good inside it…
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