Research from the Department of Electrical and Computer Engineering on a new "smart bandage" was recently featured on the NIH Director's Blog.

A group of Tufts researchers created materials that move in response to light, leading to possible applications for solar-powered products. 

Assistant Professor Xiaocheng Jiang and a group of Tufts researchers examined new developments in support extracellular electron transfer (EET) processes, which could have applications in renewable energy conversion and bioelectronics.

A team of researchers led by Tufts faculty and alumni have created a prototype of a "smart" bandage that can monitor the conditions of a wound and deliver drug treatment. 

Ayman Halaseh, EG15, and his wife Shirin Haddadin are bringing STEM education to children at the Zaatari refugee camp in Jordan.

ZwitterCo, a group made up of engineering alumni and graduate students, received a Catalyst grant from the Massachusetts Clean Energy Center for their work on a membrane technology designed to reduce energy consumption in water purification, specifically in the food and beverage industry.

A team of Tufts researchers is developing an artificial intelligence incorporated with computer vision techniques to report nutrient intake.

Emily Airoldi, who received a master's degree in Engineering Management at Tufts Gordon Institute this year, reflects on her experience in the program.

In a new paper, researchers printed chemoresponsive dyes and chemiresistive inks on paper to develop a "paper-nose" optoelectronic sensor for volatile gases in air.

Sam Safavi, EG17, and associate professor Usman Khan were part of a research team that created an improved algorithm for self-localizing and tracking mobile devices, a development that could meet the demands of a projected 50 billion connected products in the Internet-of-Things by 2020.