معرفی
H. Grady Rylander III is a Professor in the Department of Biomedical Engineering at The University of Texas at Austin, holding the Harry H. Power Professorship in Engineering. His research focuses on vision science, biomedical sensors, and laser applications in ophthalmology, with an emphasis on retinal imaging and neuroprosthesis design.
Core research interests include developing objective tests for visual function (e.g., glaucoma diagnosis via VEP-based methods) and advancing laser technologies for retinal treatments. He has pioneered projects such as feedback control systems for photocoagulation, cyclo-photocoagulation delivery systems, and holmium-YAG techniques for stapes surgery. His work also involves neuroprosthesis courses and rehabilitation engineering theses supervision.
Recent work spans multiplexed optical coherence tomography (OCT), scattering-angle-resolved imaging, and deep learning for fluorescence lifetime analysis. These advancements enhance cellular and retinal diagnostics, particularly in hypoxic models and photon-starved conditions.
Dr. Rylander’s contributions extend to educational initiatives like the BMEntored program, improving doctoral student experiences, and mentoring via the Talking Points Tool to strengthen advisor-student communication.
His interdisciplinary research bridges engineering, optics, and medicine, yielding innovations in medical imaging, laser therapy, and ophthalmic diagnostics. Current efforts address mitochondrial changes in Alzheimer’s and light scattering profiles, reflecting his commitment to translational biomedical solutions.
