At once foundational, contemporary, and forward-thinking – science and math at RIT blend a passion for research, the practical application of theory, and the active pursuit of new discoveries to create a potent mix.
How do you quantify potential? It’s what you do. The level at which you operate. Your dedication to discovery. Benefit from immersive, hands-on research opportunities and state-of-the-art research and lab facilities. Our programs are a pipeline to graduate study or an immediate gateway to a career. Rise to the challenge in an environment that is as competitive as it is collaborative. You’ll arrive at solutions that will expand your sense of what is possible.
Kha interned with Oculus testing their next generation of VR cameras, which have the potential to aid law enforcement and impact learning in schools. The internship turned into a full-time job, and Kha plans to work on enhancing the VR experience.
Tina Goudreau Collison
Professor of Chemistry
A complicated vocabulary and a lack of dedicated signs in American Sign Language makes Organic Chemistry a challenge for deaf and hard of hearing students. Collision worked with interpreters to develop new ASL signs, leading to profound learning improvements for her students.
By working on a faculty-guided research project, Pannullo has gained hands-on research experience to pursue a future in regenerative medicine. It’s one way Pannullo is putting experiential learning to work.
Innovation Science in Neurotechnology
The School of Individualized Studies enabled Canning to create a degree that combines studies in computer science, business, and neuroscience so he can build a business that can mass produce brain-computer interfaces to help people with disabilities.
Connecting Kids to Science
Devon M Christman
Over the summer, Christman taught a workshop called “Experiments in Science” to a group of children from RIT’s Kids on Campus program. By helping to change their perspectives on who and what a scientist is, Christman is shaping the minds of tomorrow’s scientists.
The AI Gateway
Syed is pushing the world forward by developing algorithms that apply artificial intelligence to make everyday tasks easy and more efficient.
An RIT student is on a mission to help build detectors that could identify individual photons from distant, inhabitable planets. Justin Gallagher, a fifth-year student from Rochester, N.Y., pursuing his BS in physics and MS in astrophysical sciences and technology, is serving as project manager for a nearly $1 million grant funded by NASA to create a single photon sensing and number resolving detector for NASA missions.
Meet Shine DeHarder, this year’s Student Government president. DeHarder, who served on RIT’s Community Readiness committee this summer to help the university reopen for students, has three main goals as Student Government president: reducing food insecurity on campus; improving diversity, inclusion, and accessibility on campus; and improving transparency between Student Government and the student body.
The unexpected transition to remote learning during the spring semester challenged faculty across RIT to experiment, create, and deploy new methods of instruction to ensure student success. As the university gears up for in-person and online classes—or a combination of both—faculty members are applying a wide range of lessons learned from the spring to keep academic momentum moving forward in the fall.