News
Imaging Science BS

Through the Digital Imaging and Remote Sensing (DIRS) Enterprise Center, customers can now hire faculty and staff from RIT’s Chester F. Carlson Center for Imaging Science to provide training, consulting, data collection, equipment calibration and more in relation to drones, imaging and remote sensing technology.

Scientists from RIT and the University of Rochester aim to use virtual reality to help restore vision for people with stroke-induced blindness. The team of researchers led by RIT's Gabriel Diaz, are developing a method they believe could revolutionize rehabilitation for patients with cortically induced blindness, which afflicts about 1% of the population over age 50.

As states begin to reopen, how will our communities stay safe? Find out how thermal imaging technology is being used as one low-impact screening tool.

A multidisciplinary team of first-year students has been working to develop an imaging system that can reveal information hidden in historical documents for their Innovative Freshmen Experience project-based course. But with the shift to remote classes, the students left campus with the device nearly complete. Although disappointed, they shifted focus to the opportunities the new situation would create.

The Chester F. Carlson Center for Imaging Science became the only place in the world where students could pursue degrees in the interdisciplinary field of imaging science when it opened its doors in 1989. Thirty years later, alumni returned to campus for a celebration and interactive open house during Brick City Homecoming and Family Weekend.

Thirty years after the Center for Imaging Science building was dedicated, it is now home to more than 150 students studying imaging science at the undergraduate and graduate level.

RIT senior scientists Aaron Gerace and Matthew Montanaro were presented with the USGIF Academic Achievement Award at the GEOINT 2019 Symposium for their work on the Landsat 8 satellite.

When the Seneca Park Zoo Society needed a way to create detailed 3D computer models of rare insects from Madagascar, they turned to RIT’s imaging science program for help. A multidisciplinary team of first-year students designed and built a new system to tackle the problem and will showcase the final product at the Imagine RIT festival.

Elephant and rhino poachers in South Africa can run, but they can’t hide from drones. An imaging system created by a team led by Elizabeth Bondi ’16 automatically detects illegal hunters infiltrating national parks at night. Bondi’s deep learning system alerts the monitoring team who notifies park rangers or law enforcement of a potential threat to the animals under their protection.

Researchers from RIT and Seneca Park Zoo are developing a virtual reality gaming environment that will let zoogoers experience a Madagascar rainforest ecosystem.

While the technology has rapidly progressed, Christopher Kanan and his team are trying to make deep learning even more versatile.

Grover Swartzlander, professor in RIT’s Chester F. Carlson Center for Imaging Science, is taking solar sailing to the next level with advanced photonic materials. This new class of materials could be used to steer photons and enable near-Earth, interplanetary and interstellar space travel.