News Stories

Saunders College of Business Dean Jacqueline Mozrall was featured on the News and Insights section of the Greater Rochester Enterprise Make Your Mark podcast discussing renovations and upgrades to Lowenthal Hall.

The Rochester Beacon highlights four companies honored at RIT's Venture Creations Incubator graduation ceremony, including Agri-Trak, Lux Semiconductors, Sign-Speak, and Panacheeza.

WHEC-TV highlights Deaf Culture Awareness Day at Seneca Park Zoo, interviewing RIT students enrolled in the National Technical Institute for the Deaf's (NTID) ASL-English interpretation program who volunteered to interpret for visitors during the event.

NHL News and The Color of Hockey blog features second-year student Addie Alvarez, a forward on RIT's NCAA Division I women's hockey team.

Hundreds gathered in front of RIT’s Student Hall for Exploration and Development (SHED) at sunset to capture the latest Big Shot image on Sept. 20.

WHAM-TV highlights the annual Deaf Culture Night event hosted at Innovative Field, made possible through a partnership with RIT's National Technical Institute for the Deaf (NTID).

Banking Financial talks to the founding team of Sign Speak about community autonomy being at the core of all they do.

Venture Creations has graduated 54 companies, with approximately $500 million in total funds raised.

Gizmodo speaks to Matthew Wright, Endowed Professor and department chair in the Department of Cybersecurity, about the alleged German de-anonymization of a Tor user.

An essay by David Cay Johnston, Professor of Practice in the College of Liberal Arts, about how the tariffs would work to make the rich richer, published by The New Republic.

Focusing on their growth as artists is what motivated Alex Paat and 14 graduate students to create My, My, Tiger’s Eye, a new exhibition hosted at Flower City Arts Center.

RIT has been awarded $3.97 million from the Northeast Regional Defense Technology Hub (NORDTECH) to advance quantum chip technologies. The focus will be on scaling the power of quantum systems by entangling them across a photonic network.