College of Engineering

Portable Microscope Makes Field Diagnosis Possible

A portable holographic field microscope developed by UConn optical engineers could provide medical professionals with a fast and reliable new tool for the identification of diseased cells and other biological specimens. The device, featured in a recent paper published by Applied Optics, uses the latest in digital camera sensor technology, advanced optical engineering, computational algorithms, […]

Siddharth Rawat, left, a Ph.D. student, and Bahram Javidi, distinguished professor of electrical and computer engineering, operate a prototype device to examine blood samples for diseases at the Information Technologies Engineering Building (ITE) on Sept. 28, 2017. (Peter Morenus/UConn Photo)

Portable Microscope Makes Field Diagnosis Possible

A portable holographic field microscope developed by UConn optical engineers offers medical professionals a fast and reliable tool for the identification of diseased cells.

Stephen Sam ‘19 9 p.m. Studying with peers in ScHOLA²RS House Learning Community in Next Gen Hall. (Sean Flynn/UConn Photo)

Discover Your Passion: A Day in the Life of Stephen Sam ’19

This computer science major has his eyes set on working for a 'technical giant' such as Apple or Google after he graduates.

New 3-D Fabrication Technique Could Deliver Multiple Doses of Vaccine in One Shot

A new 3-D fabrication technique invented by a UConn engineering professor could provide a safe and convenient way to deliver multiple doses of a drug over an extended period of time with a single injection. Other 3-D printing techniques have been limited for such applications because they rely on printable inks that are potentially toxic […]

Engineering researcher Thanh Nguyen holds a slide loaded with microparticles just a few hundred microns in size that are shaped into thousands of silicone molds using a new 3-D fabrication technique. (Sean Flynn/UConn Photo)

New 3-D Fabrication Technique Could Deliver Multiple Doses of Vaccine in One Shot

'In the developing world, that might be the difference between not getting vaccinated and receiving all of your vaccines in one shot.'

Explosive Research: Eliminating ‘What Ifs?’ in Space Travel

UConn researchers are adapting methods for studying forces in earthly structures for use in spacecraft. Civil and environmental engineering professor Richard Christenson and his research group, in partnership with Pioneer Aerospace, are using a cyber-physical test method to study the reaction forces involved in launching the parachutes that help spacecrafts land on distant planets. They hope […]

Artist's rendition of the descent of the Pathfinder lander onto planet Mars. The lander will descend by parachute, and will be protected by airbags which will deflate upon impact. The three petals protecting the lander will open after it lands. In this rendition the petals are partially opened. (Photo by © CORBIS/Corbis via Getty Images)

Explosive Research: Eliminating ‘What Ifs?’ in Space Travel

UConn researchers are adapting methods for studying forces in earthly structures such as bridges and skyscrapers, for use in spacecraft.

Using Social Media to Take on Climate Change

On a typical Friday night, most graduate students would be thinking about their weekend plans to see friends and blow off steam. Instead two UConn Ph.D. candidates are devoting their downtime to tackling climate change one video at a time.

Congressional Delegation Lauds New Undersea Engineering Program

UConn students who pursue careers through the University’s new undersea engineering program will play a vital role in our national defense and have opportunities to work on some of the most sophisticated submarines in the world, three members of Connecticut’s congressional delegation said during a rare group visit to Storrs Friday.

Teaching Robots to Think

In a research building in the heart of UConn’s Storrs campus, assistant professor Ashwin Dani is teaching a life-size industrial robot how to think.