Christye Sisson

Christye Sisson is the School Director and Associate Professor in the School of Photographic Arts and Sciences at the Rochester Institute of Technology (RIT), within the College of Art and Design. She specializes in Biomedical Photographic Communications, with a focus on ophthalmic and medical photography, media forensics, and photographic sciences. She holds a BS and MS from RIT and actively contributes to education, research, and clinical imaging standards.

Education:

• MS, Rochester Institute of Technology
• BS, Rochester Institute of Technology

Her research centers on diagnostic photography, particularly in ophthalmology, where imaging serves as a critical clinical tool. She explores color consistency in fundus photography, automated image quality assessment, and the role of manipulated images in media. Her work bridges clinical practice, education, and technological innovation in medical imaging.

The recent scholarly output shows a strong trend in ophthalmic imaging, diagnostic reliability, and the forensic analysis of digital media. Her publications span journal articles, conference proceedings, books, patents, and invited commentaries, reflecting leadership in a highly specialized interdisciplinary field combining medicine, photography, and digital science.

Scientific Awards:

• No scientific awards explicitly mentioned.

She mentors students through internships (PHAR-498, PHGR-698, PHPS-498), independent studies (PHPS-546, PHPS-599), and co-op programs, integrating real-world experience into academic training. She has secured research funding implied by patents and publications, though specific grants are not detailed. Her editorial role in the Journal of Ophthalmic Photography underscores her influence in the field.

Christye leads initiatives in developing imaging standards and educational curricula in ophthalmic photography. Her lab or research team appears to focus on retinal imaging, diagnostic workflows, and image quality assessment, often in collaboration with clinical partners like Retina Associates of Western New York. She continues to advance the role of photography as scientific data in medicine and forensics.