November 18, 2026 - Annual Meeting

Location: Westchester Country Club

Address: 99 Biltmore Avenue, Rye, NY, US

Email: diane@ninthdistrict.org

How to find us: For Directions, Call:  914-967-6000

Website: www.ninthdistrict.org

Phone: 914-747-1199

7:30 am...Exhibitors, Registration, Continental Breakfast
8:00 am...Young Kim, D.M.D.
10:00 am...Break for Exhibitors
10:30 am...Resumption of Scientific Program
12:30 pm...Break for Exhibitors
1:00 pm...Lunch
2:00 pm...Resumption of Scientific Program
4:00 pm...End of Scientific Program

"Craftsmanship-Driven Oral Rehabilitation:  From Surgical Reconstruction to Computational Intelligence"

Instructor:  Young K. Kim, M.D.M., D.M.Sc
     Clinical Assistant Professor, NYU Dentistry, Dept. of Prosthodontics, Chair-Elect - Academy of Distinguished Educators, Course Director - Post-Graduate, Fixed-Prosthodontics & Chief-Editor - NYU Implant Restorative.  

Register

Synopsis: This full-day program explores contemporary oral rehabilitation through the integration of prosthetic craftsmanship, surgical reconstruction, regenerative science, and emerging artificial intelligence. Part I focuses on diagnosis, treatment planning, and prosthetically driven strategies for complex, full-arch rehabilitation. Part II addresses clinical execution, tissue architecture, biomechanics, provisionalization, and definitive reconstruction. Part III examines mechanotransductive regeneration, highlighting how mechanical forces, biologic signaling, and the local biomechanical environment influence bone regeneration and implant-related reconstruction. Part IV, Artificial Intelligence and Computational Surgical Intelligence: The Forthcoming AI Era and Its Impact on Clinical Practice, explores the evolution from digital dentistry to AI-enabled care, including deterministic algorithms, machine learning, robotics, and computational surgical intelligence. Through clinical cases, translational research, and emerging technologies, attendees will gain a framework for connecting craftsmanship, biomechanics, regenerative science, and computation in contemporary reconstructive dentistry.