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LiveWaterMap Wins Four Prizes at HackUMass with Technology Built to Counter Water Crisis Caused by Hurricane Maria in Puerto Rico

LiveWaterMap Team

LiveWaterMap Team

Several deeply committed UMass Students didn’t want to let the water crisis in Puerto Rico go unchecked! A brilliant and idealistic five-person interdisciplinary team, which included three engineering majors, won four prizes at the HackUMass hackathon on November 3 through 5 by creating LiveWaterMap, invented to counteract the devastation and resultant water shortage and contamination caused by Hurricane Maria in Puerto Rico. As the team explains its product, “LiveWaterMap is an online web service that collects and maps water quality data using GPS and time data - information that can be easily understood and made available for anyone, anytime, anywhere.”

A Celebration of Emeritus Professor Jim Donovan’s Life to Be Held on November 11

James Donovan

James (Jim) Donovan

Professor Emeritus James Donovan of the Mechanical and Industrial Engineering (MIE) Department passed away on Friday, November 3. As MIE Department Head Sundar Krishnamurty said, “It is with great sadness that I share with you the news that Professor Emeritus Jim Donovan passed away Friday night. Jim taught in our department for many years before retiring in early 2000. As many of you may recall, Jim was an extraordinary faculty mentor to students and younger faculty. He was there for us whenever we needed him, always helpful and supportive. He was energetic and enthusiastic about new ideas and initiatives—and he loved international travel. I will miss him greatly.”

Nonnenmann Studies New Process for Converting Carbon Dioxide into Renewable Products Such as Hydrocarbon Fuels

Stephen Nonnenmann

Stephen Nonnenmann

Professor Stephen Nonnenmann of our Mechanical and Industrial Engineering (MIE) Department has received a $265,757 grant from the National Science Foundation to investigate a high-temperature electrochemical approach for converting the carbon in carbon dioxide gas to higher value carbon-containing products such as green hydrocarbon fuels. Nonnenmann’s research could form a critical component in eventual closed carbon-cycle processes for renewable energy generation.

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