Christye P. Sisson

Christye P. Sisson serves as School Director of the School of Photographic Arts and Sciences and holds the position of Associate Professor in Biomedical Photographic Communications at Rochester Institute of Technology's College of Art and Design. She leads the only Biomedical Photographic Communications bachelor's degree program in the United States, overseeing curriculum development and strategic initiatives that bridge photographic science with medical and forensic applications. Her administrative leadership shapes one of the nation's premier photographic education institutions.

Sisson earned both her Bachelor of Science and Master of Science degrees from Rochester Institute of Technology, establishing foundational expertise that informs her current academic leadership and research direction. This institutional continuity strengthens her integration of RIT's educational mission with cutting-edge photographic applications.

Her research portfolio centers on Ophthalmic Photography, Medical Photography, Media Forensics, and Photographic Sciences, with pioneering contributions to color consistency standards in fundus photography. Recent work examines AI-generated media manipulation, addressing societal impacts on election integrity and visual authenticity. She emphasizes photography's role as objective scientific data across medical diagnostics and forensic investigations, developing protocols that enhance reliability in clinical imaging.

Analysis of her publications reveals a dual trajectory: foundational ophthalmic imaging research (2012-2017) establishing diagnostic protocols for retinal photography, followed by contemporary media forensics work (2019) confronting digital manipulation challenges. Her scholarship consistently bridges technical innovation with practical clinical application, influencing standards in both medical imaging and digital media verification.

Sisson actively mentors students through specialized courses including Photography Internships (PHAR-498, PHGR-698, PHPS-498) and Independent Study (PHPS-599), facilitating placements at clinical sites like Retina Associates of Western New York and forensic imaging studios. Her patent development for automated fundus image analysis demonstrates translational research potential, though specific grant funding details remain undocumented in available sources.

Professional collaborations with ophthalmic facilities provide students hands-on diagnostic imaging experience while advancing clinical protocols. Her role as 2015 editor of the Journal of Ophthalmic Photography and Certified Retinal Angiographer credential further demonstrate her commitment to professional standards in medical imaging.