As an alternative to using laboratory animals to study diseases, what if you could actually build realistic working models of bone, breast, liver, or artery tissues under attack by diseases? The operative word would be “control.” Not only could you perform reproducible experiments in a highly controlled environment, but you could also exercise very tight control over many of the physical and chemical properties of diseased tissues.
Registration is open for the University of Massachusetts Amherst’s newest online wind energy course, "Engineering Wind Power Systems," developed by professors James Manwell and Jon McGowan, authors of the canonical engineering textbook Wind Energy Explained: Theory, Design and Application. The graduate level wind course draws on their experiences as wind energy pioneers to provide students with a unique perspective on both proven and state of the art technologies, as well as fundamental principles.
Dean Ted Djaferis calls the new ACE (shorthand for “Awareness of College Excellence”) webpage “a one-stop site to celebrate the excellent faculty, students, alumni, research, and education at the University of Massachusetts College of Engineering.” The site is all that and more. To find out, just click on College Excellence in the top left-hand corner of the college homepage. When you visit the ACE page, you can take a shortcut to all the latest stories about college excellence.
Mechanical engineering sophomore Greg Margolis, the president of a new student organization called Let’s Go Design, was an engineer both by nature and nurture. His father was an engineer, so the genes are all in the family. And by the time Greg was a three-year-old wunderkind in San Antonio, Texas, he was busy taking apart his bathroom. It’s not too surprising, then, that by the time he reached the College of Engineering, he was itching to do some hands-on engineering.
One environmental engineer refers to the 407-mile-long Connecticut River, interrupted by some 4,000 small and large dams, as “probably the most highly dammed river in America.” That, indeed, is both the strength and weakness of the river. The dams provide flood control, hydroelectric power, and water supplies for much of New England, but they also drastically alter this vast ecosystem with a drainage basin extending over 11,250 square miles.
A new chemically treated wound dressing could address the mushrooming problem of diabetes-related amputations by introducing the first moist gauze bandage with the ability to ventilate ulcerations that often fester in diabetics, partly because these sores don’t get enough oxygen to heal properly. Surita Bhatia and Susan Roberts of the Chemical Engineering Department at the University of Massachusetts Amherst have developed the only moist dressing ever conceived that showers wounds with oxygen to promote healing and foster the formation of healthy new tissue.
Paul Dauenhauer of the Chemical Engineering Department at the University of Massachusetts Amherst has received a highly selective 3M Nontenured Faculty Award for $15,000 a year in unrestricted funds, renewable for up to three years. Dr. Dauenhauer will use the 3M funding to study the “Hybrid Production of Biorenewable Aromatic Chemicals.” “Hybrid production” means a combination of both biological and thermochemical steps in the catalytic process for producing chemicals and fuels from renewable biomass.
The whole College of Engineering joins in congratulating Assistant Professor Marinos Vouvakis of the Electrical and Computer Engineering (ECE) Department as the college’s 2010-2011 Outstanding Teacher. Dr. Vouvakis will be recognized with other award winners during the college’s Senior Recognition Celebration, to be held on Saturday, May 14, 2011, at 9:00 a.m. in the Recreation Center. “Professor Vouvakis has a desire to be one of the best teachers in our department,” says ECE Department Head Christopher Hollot.
The Civil and Environmental Engineering Department held its biannual Career Fair on Thursday, February 24, and 17 companies, state agencies, and federal recruiters showed up to interview scores of students from the department. In addition to three government entities – the Navy Northeast Recruiting District, the Massachusetts Department of Transportation, and the Connecticut Department of Transportation – the private companies that sent recruiters included Alstom Power, Baltazar Contractors, Inc., Camp Dresser & McKee, Inc., Daniel O’Connell’s Sons, Inc., Environmental Compliance Services, Inc., Environmental Resources Management, Fuss & O’Neill, Inc., GZA GeoEnvironmental, Inc., O’Reilly, Talbot & Okun Associates, Inc., STV Inc., Tata & Howard, Inc., The Lane Construction Corperation, Vanasse Hangen Brustlin, Inc., and Wright-Pierce.
The College of Engineering has produced a 30-second video that captures several of the diverse experiences and projects of our students. During the past few weeks, the video ran repeatedly during PBS station WGBY’s daily programming. As chemical engineering major Timothy Coogan says to climax the recruiting piece, “I chose the College of Engineering because I wanted to graduate with something that I was really proud of.”