Digital Implants Track

Presented by Dr. Akil Alexander, DDS, FAAIP, FICOI, DIDIA

BsC in Pre-Dentistry, Biology, and Chemistry, Howard University, USA.

DDS, Howard University, USA.

Former Clinical Director and Owner of Affordable Dentures & Implants, Minnesota.

CEO at A3 Dental Implant Solutions LLC and Smile-FX Smile Perfection Clinic, Miami.

Former Adjunct Clinical Faculty Member at the Implant Pathway Continued Education Continuum Program, Phoenix.

Fellow of the International Congress of Oral Implantology (FICOI)

Fellow of the American Academy of Implant Prosthodontics (FAAIP)

Diplomate of The International Dental Implant Association (DIDIA)

COURSE OVERVIEW:

Module 1: Introduction to Digital Dentistry

• Introduction to digital dentistry and its impact on implantology
• Overview of digital tools in dentistry (CBCT, intraoral scanners, CAD/CAM)

Module 2: Fundamentals of Implantology

• Anatomy and physiology relevant to implant placement
• Types of dental implants and their indications
• Basic principles of implant surgery and prosthetics

Surgical Digital Planning:

Module 3: Diagnostic Tools in Digital Planning

• Utilization of CBCT for accurate diagnosis and treatment planning
• Digital impressions and intraoral scanning in surgical planning
• Understanding the role of virtual models and 3D printing

Module 4: Implant Placement Techniques

• Step-by-step digital surgical planning
• Guided vs. non-guided implant placement
• Troubleshooting and managing complications in digital surgery

Module 5: Advanced Surgical Considerations

• Bone augmentation and grafting in the digital era
• Soft tissue management and its impact on implant success
• Immediate loading and same-day implant protocols

Prosthetic Digital Planning:

Module 6: Digital Prosthetic Design

• Introduction to digital prosthetics
• CAD/CAM in designing implant-supported restorations
• Custom abutments and prosthetic components in digital workflows

Module 7: Occlusal Considerations and Aesthetics

• Occlusal principles in implant prosthetics
• Achieving natural aesthetics in digital prosthetic design
• Case presentations and analysis

Module 8: Comprehensive Case Integration

• Bringing surgical and prosthetic planning together
• Interdisciplinary collaboration in digital implantology
• Review of complex cases and treatment planning discussions

Course Objectives:

1. Understand the fundamentals of digital dentistry and its applications in implantology.
2. Proficiently use diagnostic tools, including CBCT and intraoral scanners, for comprehensive treatment planning.
3. Master the digital surgical planning process, including guided implant placement and troubleshooting.
4. Apply advanced surgical techniques, such as bone augmentation and immediate loading, using digital tools.
5. Utilize CAD/CAM technology in prosthetic design, creating implant-supported restorations with precision.
6. Integrate occlusal principles and aesthetics into digital prosthetic planning for optimal patient outcomes.
7. Collaborate effectively with interdisciplinary teams, understanding the importance of communication in complex cases.

Goals:

• Equip participants with the knowledge and skills necessary for incorporating digital technologies into every stage of dental implant treatment.
• Foster critical thinking and problem-solving skills to address challenges and complications in digital implantology.
• Encourage participants to apply the learned concepts through hands-on practical sessions, case discussions, and collaborative projects.
• Promote an interdisciplinary approach by highlighting the significance of teamwork in achieving successful outcomes in complex cases.

By incorporating these elements into the course, participants should gain a comprehensive understanding of digital planning for dental implants, integrating both surgical and prosthetic considerations.