Dr. Daddi Fadel, Centre for Ocular Research & Education (CORE)
(PRESS RELEASE) WATERLOO, ONTARIO — Specialty contact lens innovator Daddi Fadel, DOptom, FSLS, FBCLA, FAAO, FIACLE, will join the Centre for Ocular Research & Education (CORE) in September 2022. Dr. Fadel is one of the world’s best known designers and fitters of scleral lenses for irregular cornea and orthokeratology lenses for myopia control. Her appointment as a clinical scientist will advance CORE’s rapidly growing specialty contact lens initiatives.
“For the past two decades, Daddi has built a stellar reputation as a pioneer in modern lens design. Her immense technical expertise, deep clinical experience, and enthusiasm for sharing knowledge among her peers make her an ideal match for our specialty segment work. We’re excited about what this new collaboration will create,” said Dr. Lyndon Jones, CORE’s director.
Dr. Fadel is a frequent lecturer at international symposia, a NCLE-approved course instructor, and has authored multiple peer-reviewed papers. Her books include “Scleral Lens Issues and Complications: Their Recognition, Etiology, and Management” and “Clinical Guide for Scleral Lens Success,” co-written with Dr. Melissa Barnett. She is also the editor-in-chief of the Journal of Contact Lens Research & Science.
She is the founder and head of the European School of Scleral Lenses, founder and past president of Accademia Italiana Lenti Sclerali, and co-founder and president of the Euro & Austral-Asia Scleral Lens Academy. Dr. Fadel serves on boards of the International Forum for Scleral Lens Research and of the International Congress of Scleral Contact and advisory boards for the GP Lens Institute and the International Keratoconus Academy, and holds multiple other specialty association leadership roles.
Dr. Fadel is currently in private practice in Italy. She will relocate to CORE’s facility at the University of Waterloo in Waterloo, Ontario, Canada in the coming months.
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CORE’s specialty contact lens-related work spans a range of program areas, including design optimization for orthokeratology, scleral lens physiological performance, and the impact of scleral lenses on ocular surface disease and dry eye management.
