Smart Dentistry: Digital Workflows, AI Diagnostics, and 3-D Printing

At the conclusion of this course, participants will be able to:

1. Analyze the clinical advantages and limitations of digital workflow technologies, including intraoral scanning, AI-supported diagnostics, and 3D printing, for restorative and surgical applications.

2. Apply integrated digital protocols to accurately capture intraoral data, generate an AI-guided treatment plan, and fabricate a patient-specific dental restoration.

3. Design a practice-wide implementation plan for innovative dentistry solutions that incorporates regulatory standards, quality assurance checkpoints, and team training.

4. Evaluate digital workflow case studies to determine how integrated technologies enhance diagnostic accuracy, treatment efficiency, and patient-centered outcomes.

This course explains how to implement a modern digital dentistry ecosystem that integrates intraoral scanning, AI-assisted diagnostics, and chairside 3-D printing. Learners will understand end-to-end workflows, from accurate data capture to validated production and quality assurance, to improve efficiency and predictable outcomes across the dental team. The course addresses a persistent practice gap: teams often adopt tools in isolation instead of a coordinated, standards-based approach that meets regulatory and quality benchmarks for everyday care.