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10 modules for complete orthodontic course

  • Anatomy, Physiology and Malocclusions
  • Understanding 3-Dimensional Malocclusions – Pitch, Yaw, Roll
  • Basic Orthodontic Photography
  • Functional Concepts and Analysis of Occlusion
  • 2-Dimensional Radiographs and Lateral Cephalometric Analysis
  • Aetiology of Malocclusions
  • Problem List Construction
  • Diagnosis & Case Presentation

  • Treatment Objectives – Andrew’s 6 Keys of Occlusion, and Roth Williams Philosophy
  • Active and Reactive Components in Treatment Planning
  • Sequential, Simultaneous, and Segmental Methodologies
  • Anchorage in Orthodontic
  • Critical Thinking in Diagnosis and Treatment Planning
  • Treatment Planning and Case Presentation

  • Force and force system
  • Elements of statics
  • Vectorial calculations
  • Relation between force system and dental movements
  • Analysis of static Equilibrium
  • Statically Determinate and indetorminate appliances
  • Two vector mechanics
  • Burstone six geometrics
  • Consitant and inconsistancies in orthodontics

  • Levelling and Alignment
  • Transpalatal Arch Appliance
  • Mandibular Clockwise Rotations
  • Auxiliary Wires Fabrication and Activation Workshop
  • Patient Simulation on Levelling and Alignment Activities on Typodont Model

  • Applied Space Creation (Non-Extraction and Extraction Approaches)
  • Space Consolidation
  • Mechanics Breakdown on Canine Retraction
  • Mechanics Breakdown on Anterior Retraction
  • Wire bending Workshop
  • Space Consolidation Activities on Typodont Models

  • Protocols for Temporary Anchorage Device Insertion
  • Auxiliaries and Failures on Temporary Anchorage Devices
  • 3-Dimensional Case Management with Temporary Anchorage Devices
  • Space Consolidation with Temporary Anchorage Devices
  • Temporary Anchorage Device Insertion Workshop on Typodont Models
  • Space Consolidation with TADs Workshop

  • Relevelling & Alignment
  • Finishing Stage of Orthodontic
  • 3rd Order Finishing Bends Workshop
  • Mechanics Breakdown with Interarch Elastics
  • Multiple Edgewise Archwire Technique Workshop
  • Arch Coordination Activities (Bonwill-Hawley)
  • Finishing Activities on Typodont Models

  • Retention and Stability protocols
  • Debonding
  • Mechanics Breakdown on Retainers
  • Interdisciplinary Seminars in TMJ, Endodontics, Surgery, Prosthodontics, Periodontics and Pediatrics

  • Frontal Cephalometric Analysis
  • Digital Manipulation of 2-Dimensional Records
  • Cone Beam Computed Tomography and Manipulation Workshops
  • Object Scan Sources and Manipulation
  • Digital Visual Treatment Objectives
  • Temporary Anchorage Device Digital Insertion Planning and Insertion Guide Fabrication
  • Indirect Bonding
  • Clear Aligner Fundamentals: The Scientific Approach
  • In-house Dental 3D Printing Overview and Fundamentals

  • Orthodontic Frequently Asked Questions
  • Case Presentation
  • Practice Management
  • Student Evaluation
  • Graduation

Basic Course Outline

Course Curriculum

  • History of orthodontic appliance development and where we are now.
  • Craniofacial growth & development.
  • Orthodontic diagnosis & treatment planning.
  • Concept of cephalometry.
  • Biology of tooth movements.
  • Armamentarium in orthodontics.
  • Straight wire Philosophy
    1.MBT
    2. Roth
    3. Active and Passive self legating System.
  • The 3 steps in completing an orthodontic cases.
  • Non Extraction treatment planing and implimentation.
  • Concepts of space closure.
  • Correction of vertical problems
  • Case Discussions ( atleast 3 patient of each participants ).

Practical Activity

  • Cephalometric tracing and interpretation for at least 3 cases.
  • Bonding & Banding exercise
  • Fabrication of various loops.
  • Modal analysis.
  • Fabrication of intrusion Arches / utility Arches.

Specialized course will be mainly focused on :-

Course Curriculum

  • Ancharge reinforcement & its importance.
  • Biomechanics in orthodontics.
  • Understanding the concepts of equilibrium, Equivalency of force system.
  • Importance of mechanical principals of clasical Physics in orthodontics.
  • Digital plannig and implementation of teeth movements.
  • Material Science.
  • Covalent and non-covalent force system.
  • How to achieve the consistancy.
  • Mandibular Repositioning.

Practical Activity

  • 1st, 2nd & 3rd order activation protocols.
  • TPA & LA activations and interpretation of the force system developed.
  • Loops activation and practivations.
  • Cantilever major and minor configurations.
  • TAD'S practical activity.
  • Achieving consistant Geometrics.

Mastership Course Outline :-

Course Curriculum

  • Mechanics of tooth movement.
  • Basic of occlusogram.
  • Force & force system in orthodontics.
  • Statically Determinate & interminate appliance.
  • Inconsistancy in orthodontics & designing consistent appliences.
  • Torque & uprighting.
  • Temporary ancharges devices and ancharge planning.

Practical Activity

  • Basic photography and orthodontic record taking.
  • Bonding & banding exercise.
  • Passive segmentation.
  • 1st, 2nd and 3rd order wire bending.
  • TPA & LA Fabriction and activation
  • Loops fabrication and their activation.
  • Practical activities on burstone Geometrics.
  • Intrusion arches and utility arches.
  • Designing and activation of cantilevers.
  • Practical activity on miniImplant placement.

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