It’s hard to figure out which way the wind blows. It’s full of random fluctuations, changes of direction, currents and eddies, and it can have a completely different profile a short distance away. And it doesn’t help that it’s invisible.
But accurately creating computer models of the wind is important if you’re trying to engineer a good wind turbine. With the goal of generating energy multiple hours per day over several decades of use, a few extra percentage points of efficiency can add up fast.
The 5th Annual Mahato Memorial Event took place on Thursday, November 19, and left the Fitzpatrick Center for Interdisciplinary Engineering, Medicine, and Applied Science (FCIEMAS) with beautiful works of art for its next public display. The event also featured the awarding of the annual Mahato fellowship to Zhihui Cheng, a doctoral candidate in electrical and computer engineering.
When Danielle Lester was invited by a friend to attend a campus PRATTically Speaking Toastmasters meeting, she felt a little intimidated. The club, which meets in the Pratt School of Engineering and helps individuals develop public speaking and leadership skills, has its members give speeches and then the group critiques their form.
Soon after, Lester became a member, giving her first speech over the summer about growing up in an immigrant home, where her family speaks Italian and Sundays are...
This fall, Duke welcomes its first Charles M. Vest NAE Grand Challenges for Engineering International Scholar to campus. Reminiscent of a reverse Rhodes Scholarship, the award gives international graduate students the opportunity to spend a year at one of nine universities in the United States conducting research addressing the U.S. National Academy of Engineering’s Grand Challenges for Engineering.
Two degrees plus two scan energies and one heavy metal equals a new way to detect dangerous plaques in the coronary arteries.
Jeffrey Ashton, a biomedical engineering graduate student in Duke University’s MD-PhD program, has won an American Heart Association Fellowship to develop a new contrast agent for CT scans. Not only would the agent be able to detect plaque buildup in arteries, but also reveal how likely the plaque is to rupture and cause a heart attack or stroke.
The PhD Plus Program is designed to assist graduate students in making effective career decisions in industry, consulting, government or academia. Recently Dean Katsouleas and CEE PhD candidate Sarah Diringer wrote about the value of the program for Forbes.
Read the original version at Forbes, or see the text below.
PhDs Ready-Made For The Business World
By Tom Katsouleas and Sarah Diringer
It famously took Thomas Edison thousands of attempts to settle on a practical design for the incandescent light bulb. If each crack at a solution had cost him hundreds of millions of dollars, however, he might not have been so keen on using a build ‘em and bust ‘em approach.
A Ph.D. in engineering, followed by years of postdoctoral study, has traditionally opened the door to an academic career focused on research and teaching—but more and more Ph.D. engineers are headed in other directions.
In fact, today, around 70 percent of Duke University’s engineering Ph.D. graduates head straight into non-academic fields, whether traditional engineering firms, device companies, consulting or even banking.
Entrepreneurship success stories abound in Duke’s Department of Electrical and Computer Engineering. Look at Advanced Liquid Logic: founded in 2004 by ECE graduate students Vamsee Pamula and Michael Pollack, the company was acquired in July 2013 by Illumina, Inc., which develops life science tools and integrated systems for analyzing genes.