M.Sc. Oral Implantology

Curriculum Structure

Module Format

Total Modules: 8

Duration per Module: 6 days

Total Contact Days: 48 days

Lectures : Offline and Online

Teaching Methods

Lectures
Demonstrations
Hands-on workshops
Clinical training
Case discussions
Assessments

Learning Objectives

Understand biological, anatomical, and material science foundations of implantology
Develop familiarity with implant systems and armamentarium

Topics Covered

Introduction to Course
- Scope and objectives of Oral Implantology
- Historical evolution and rationale of dental implants
Surgical Anatomy (Implant-Oriented)
- Maxilla and mandible anatomy
- Inferior alveolar nerve, mental foramen, sinus anatomy
- Blood supply and danger zones
Implant Systems & Components
- Classification of implants
- Implant parts and terminology
- Choosing an implant system
Osseointegration
- Biological principles
- Bone physiology and metabolism
- Bone healing and remodeling
Implant Materials & Surface Technology
- Titanium, alloys, ceramics
- Surface treatments and designs
Armamentarium & Operatory Setup
- Surgical kits, instruments, drapes
- Equipment required for implant practice

Hands-On

Identification of implant components
Assembly and disassembly of implant kits

Learning Objectives

Perform comprehensive implant-oriented diagnosis and planning

Topics Covered

Radiology in Implantology
- IOPA, OPG, CBCT, CT Scan
- Distortion in OPG and correction
- 3D bone analysis
- Bone density classification
Digital Implant Planning
- CBCT interpretation
- Guided surgery software overview
Oral Evaluation
- Mucosal examination
- Occlusion analysis
- Endo–perio–prosthetic considerations
Medical Evaluation
- Systemic diseases
- Risk assessment and ASA classification
Study Models & Surgical Guides
- Diagnostic wax-up
- Radiographic and surgical stent fabrication

Hands-On

CBCT evaluation
Bone mapping
Surgical guide fabrication

Learning Objectives

Master fundamental surgical skills before patient exposure

Topics Covered

Principles of Surgery
- Incisions and flap designs
- Tissue handling
- Suturing techniques
Infection Control
- Sterilization protocols
- Autoclaves and asepsis
- Operatory preparation
Pharmacology
- Local anesthesia
- Pre- and post-operative medications
Implant Surgical Protocols
- Immediate, early, delayed placement
- Effect of bone density on drilling protocols

Hands-On

Suturing on models
Implant placement on dummy mandible
Stage-1 root-form implant insertion

Learning Objectives

Perform supervised implant placement in patients

Topics Covered

Case Selection & Planning
Pre-surgical Preparation
- Radiographs, impressions, mounting
- Surgical guide verification
Implant Placement Surgery
- Flapless and flap approaches
Post-operative Care & Documentation

Clinical Component

Implant placement surgeries by candidates under supervision
Case records and consent documentation

Module 5 – Prosthetic Principles & Stage‑2 Surgery

(Days 17–20)

Learning Objective

Understand prosthetic rehabilitation of implants with emphasis on biologic, functional, and esthetic outcomes.

Topics Covered

Second Stage Surgery
- Implant exposure techniques for submerged implants.
- Flap designs for esthetic and non‑esthetic zones.
Prosthetic Components
- Healing abutments: selection, seating, and soft tissue conditioning.
- Prosthetic abutments: stock abutments for single and multiple units.
- Customized abutments: indications, digital and cast workflows.
Prosthetic Modalities
- Screw‑retained versus cement‑retained prostheses: indications, advantages, and limitations.
- Immediate loading concepts: clinical criteria, case selection, and risk control.
Occlusion in Implant Dentistry
- Implant‑protected occlusion principles to minimize overload.
- Progressive bone loading strategies for compromised bone.

Hands‑On

Stage‑2 surgery: implant exposure and placement of healing abutments on patients or models.
Abutment selection, try‑in, and final seating with torque protocols.

Module 6 – Implant Impressions & Prosthesis

(Days 21–24)

Learning Objective

Fabricate accurate implant‑supported prostheses through precise impression and laboratory protocols.

Topics Covered

Impression Materials & Techniques
- Selection of elastomeric impression materials specific to implant cases.
- Open‑tray technique: indications, step‑by‑step protocol, and splinting of impression copings.
- Closed‑tray technique: indications, limitations, and accuracy considerations.
Model Preparation
- Fixing analogues accurately to transfer implant position to the cast.
- Soft tissue moulage techniques to simulate peri‑implant tissues.
Prosthetic Options
- Single crowns on implants in anterior and posterior regions.
- Implant‑supported bridges for partially edentulous cases.
- Implant‑retained overdentures: attachment systems and indications.

Hands‑On

Implant impressions on models or patients using open‑tray and closed‑tray techniques.
Prosthetic try‑in: evaluation of fit, esthetics, and occlusion.
Final prosthesis delivery: screw‑tightening or cementation and patient instructions.

Module 7 – Advanced Implantology & Bone Augmentation

(Days 25–28)

Learning Objective

Manage complex implant cases requiring advanced hard and soft tissue interventions.

Topics Covered

Bone Grafting
- Types and classification of graft materials (autograft, allograft, xenograft, alloplast).
- Autogenous bone harvesting: intraoral donor sites and instruments.
- Healing mechanisms and timelines in grafted bone.
Advanced Surgical Techniques
- Sinus lift procedures: lateral and crestal approaches, indications, and complications.
- Ridge augmentation techniques including onlay and guided bone regeneration.
- Bone splitting and expansion for narrow ridges.
- Atraumatic extraction and socket preservation strategies.
Soft Tissue Management
- Implant placement in the esthetic zone with emphasis on papilla preservation.
- Emergence profile development using provisional restorations.
Full Mouth Rehabilitation
- Occlusal concepts in full‑arch implant‑supported prostheses.
- Treatment sequencing for complex multidisciplinary cases.

Module 8 – Complications, Maintenance & Assessment

(Days 29–32)

Learning Objective

Diagnose, prevent, and manage surgical and prosthetic complications in implant dentistry.

Topics Covered

Complications
- Surgical complications: nerve injury, bleeding, sinus perforation, and infection.
- Prosthetic complications: screw loosening, fracture, and misfit.
- Biological and mechanical complications including peri‑implant mucositis and peri‑implantitis.
Emergency Management
- Recognition and management of common medical emergencies in implant practice.
- Composition and maintenance of an emergency drug kit.
Maintenance Protocols
- Oral hygiene instructions specific to implant‑supported restorations.
- Recall schedules and long‑term monitoring of peri‑implant health.
Case Presentations
- Student case analysis with radiographic and clinical documentation.
- Faculty‑led discussion and feedback for clinical improvement.

Assessment

Clinical performance evaluation across completed implant cases.
Structured case presentation with literature support.
Final examination assessing theoretical knowledge and clinical reasoning.

Outcome of the Program

Graduates of the program will be competent in the following areas:

Evidence‑based implant diagnosis and treatment planning.
Independent placement and restoration of dental implants.
Execution of advanced surgical and prosthetic procedures where indicated.
Long‑term implant maintenance, complication prevention, and management.