The UMass Amherst Office of News and Media Relations has produced a new video about the research of Assistant Professor Emily Kumpel from the Civil and Environmental Engineering Department. Kumpel works on strategies to make drinking water safe for the billion people worldwide who have only an intermittent water supply.
Forbes magazine, which had previously profiled Ph.D. student Julie Bliss Mullen from the Civil and Environmental Engineering Department in a feature story last June, has now named her in the magazine’s all-star listing of “30 Under 30 for Science” in 2018. Bliss is the co-founder and CEO of Aclarity, a company she has started as a CEE doctoral student. Aclarity produces a device which uses low levels of electricity to purify and disinfect water, and even to remove metals, without filters or chemicals. The technology is based on her research at UMass Amherst. See Forbes for entire list.
A feature story in Science News looks at the water testing laboratory at UMass Amherst run by David A. Reckhow, Civil and Environmental Engineering Department, and his staff. The Reckhow facility offers room for researchers and communities to test out new methods of water treatment. The story also notes that Reckhow and his team have a new Mobile Water Innovation Laboratory that can be used to visit communities and do testing on site.
“Is there a difference between a rotary and a roundabout?” Boston Globe correspondent Morgan Hughes asked a very New-England-centric question in a recent edition of the Globe. “Transportation experts at the University of Massachusetts Amherst have the answer.” Yes, the UMass Transportation Center has launched a series of informational videos that explore a range of issues often questioned by the driving public. The series is made up of short, five- to 10-minute videos released monthly and hosted by staff from the center.
Emily Kumpel of the Civil and Environmental Engineering Department is sponsoring an interdisciplinary senior design project for five Mechanical Engineering students to design a “DIY Portable Incubator for Testing Microbial Water Quality in Field Settings.” In rural areas of underdeveloped countries the portable incubators currently on the market for this application are unavailable, expensive, or require reliable electricity....
Multi-disciplinary group developing infrastructure for offshore wind
A team of scientists including Alison Bates, environmental conservation and School of Earth & Sustainability, and Sanjay Arwade, civil and environmental engineering, has been awarded an NSF Engineering Research Center (ERC) Planning Grant to identify with industry partners the key priorities for offshore wind.
Once again the UMass Amherst College of Engineering ranks among the nation’s top engineering programs, climbing this year to No. 33 public in the U.S. News & World Report Best Colleges 2019.
Sierra Magazine, the national magazine of the Sierra Club, has placed the University of Massachusetts Amherst at No. 7 in its 12th annual “Cool Schools” ranking of North America’s greenest colleges and universities (See UMass News Office Story). The College of Engineering certainly must be considered in the forefront of this UMass surge toward the top of greenest schools in North America. A list of just a few recent projects will confirm this fact.
On August 10th, an eight-person team from the UMass Amherst Engineers Without Borders (EWB) Chapter travelled to Saviefe-Deme in Ghana to implement an inexpensive biosand water filter project. Saviefe-Deme is a small community in the Volta Region, along the southern part of Ghana, which houses a few hundred people. The EWB group tackled a big challenge during its August trip, to implement a low-maintenance and cost-effective strategy for bringing clean water to Saviefe-Deme.
Associate Professor Chul Park of the Civil and Environmental Engineering Department commented quite extensively in a news story written by staff writer Sarah Robertson in the Daily Hampshire Gazette about a potentially harmful algae bloom affecting Lake Metacomet in Belchertown. Park said that such blooms are usually caused by high temperatures and an imbalance of nutrients in the water.