All posts by: Megan Hanks Mastrola


Gymama Slaughter reimagines life-saving medical devices, no batteries required

Gymama Slaughter offered a thrilling glimpse into the future of medicine at TEDxBaltimore, held January 14, 2016, at Morgan State University. Slaughter, assistant professor of computer science and electrical engineering (CSEE) at UMBC, spoke about her research to develop an implantable glucose sensor powered by chemical reactions in the human body, supported through a prestigious NSF CAREER award. This year’s TEDxBaltimore focused on “outliers”—ideas that challenge conventional thinking—with Slaughter speaking in a segment highlighting new concepts, perspective, and inventions that will influence the world in the years to come. Despite the fact that batteries power much of our daily lives—from… Continue Reading Gymama Slaughter reimagines life-saving medical devices, no batteries required

Jack Suess, CIO, predicts 2016 tech trends higher education

In a recent article in Campus Technology, Jack Suess, vice president of information technology and chief information officer, shares his perspective on the biggest technology trends in higher education coming in 2016. The discussion kicks off with a conversation on makerspaces, which allow students, faculty, and staff from disciplines across colleges and majors to come together to learn and create. “There is a great day of variation in makerspace needs,” says Suess. “What mechanical engineering needs for instruction is different from art and information systems.” Suess highlights UMBC’s recent research infrastructure additions, including the 3D scanning room and 3D visualization… Continue Reading Jack Suess, CIO, predicts 2016 tech trends higher education

Lee Blaney’s sustainability-focused engineering research examines the potential impact and value of waste streams

The National Science Foundation has recognized Lee Blaney, assistant professor of chemical, biochemical, and environmental engineering (CBEE), as a tremendously promising researcher in concurrently funding three projects that work to reimagine waste streams as important resources and investigate threats from toxic contaminants. The grant funding, totaling more than $800,000, will support Blaney’s work in the areas of environmental engineering, environmental sustainability, and environmental chemical sciences. The three projects focus on sustainably recovering phosphorus from agricultural waste, the photodegradation of organometallic compounds in water, and understanding how three antibiotic classes react when exposed to UV-based processes. Blaney began receiving funding for… Continue Reading Lee Blaney’s sustainability-focused engineering research examines the potential impact and value of waste streams

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