MAS Orthodontics
Master of Advanced Studies (MAS)
120 ECTS
4 Semesters
44 Teaching Days
Blended Learning
Part-time Study
The Master of Advanced Studies (MAS) in Orthodontics is a part-time postgraduate programme that provides dentists with advanced postgraduate training in the diagnosis and treatment of malocclusions and jaw anomalies. The programme comprises 120 ECTS credits, divided into 80 ECTS for taught modules and 40 ECTS for the master's thesis.
The curriculum aligns with current scientific standards in orthodontics and integrates both classical and modern digital treatment methods. Students acquire comprehensive competencies in diagnostics, treatment planning, and the application of fixed and removable appliances as well as modern aligner therapy.
Overview
| Semester 1 | ||||
| Evidence-based Orthodontics This module establishes the scientific foundation for evidence-based orthodontic practice through comprehensive training in research methodology, systematic review techniques, and critical appraisal skills. | ||||
| Anatomy & Growth This module provides comprehensive understanding of craniofacial anatomy and growth processes relevant to orthodontic treatment. Students learn about embryological development of the facial skeleton, physiology of bone metabolism, and biological fundamentals of tooth movement. | ||||
| Diagnostics I This module covers the fundamentals of orthodontic diagnostics with emphasis on systematic clinical examination and model analysis. | ||||
| Diagnostics II This module covers radiographic diagnostics in orthodontics with emphasis on cephalometry. Students learn fabrication and interpretation of lateral cephalograms, identification of cephalometric landmarks, and performance of various analyses. | ||||
| Removable Appliances This module covers removable orthodontic appliances and functional orthodontics. Students learn indications, construction, and clinical application of active plates, expansion plates, bite planes, and functional appliances. | ||||
| Semester 2 | ||||
| Fixed Appliances Basics This module covers the fundamentals of fixed orthodontics. Students learn about different bracket systems (conventional, self-ligating), adhesive techniques, bracket bonding, band fitting, and archwire ligation. | ||||
| Biomechanics I This module covers the biomechanical fundamentals of orthodontic tooth movement. Students learn about bracket-archwire interaction, generation of force systems, and their effects on tooth movement. | ||||
| Biomechanics II & Special Cases This module deepens biomechanical knowledge and covers special techniques for complex cases. Students learn advanced mechanics such as levelling techniques, overlay techniques, uprighting of tilted molars, and treatment of deep bite. | ||||
| Anchorage and TADs This module covers skeletal anchorage using temporary anchorage devices (TADs). Students learn indications, insertion sites, surgical techniques, and biomechanical utilisation of mini-implants. | ||||
| Interdisciplinary Function This module covers the interdisciplinary interfaces of orthodontics. Students learn diagnostics and therapy of temporomandibular disorders (TMD), obstructive sleep apnoea (OSA) and its orthodontic relevance, and myofunctional therapy. | ||||
| Semester 3 | ||||
| Orthognathic Surgery This module covers combined orthodontic-surgical therapy for skeletal dysgnathias. Students learn indication setting, preoperative orthodontic preparation, surgical methods, and postoperative follow-up. | ||||
| Adult Orthodontics This module covers complex orthodontic cases and special features of adult orthodontics. Students learn treatment of demanding situations, interdisciplinary collaboration, and solving complex biomechanical problems. | ||||
| Aligner Planning & Workflow This module covers aligner therapy and digital workflow in modern orthodontics. Students learn fundamentals, indications, treatment planning, and clinical application of clear aligners. | ||||
| Aligner, Lingual & Aesthetics This module covers lingual orthodontics and other aesthetic treatment options. Students learn the specifics of lingual technique, indirect bonding procedures, and specific biomechanics. | ||||
| Retention & Stability This module covers treatment completion, retention, and long-term stability of orthodontic treatment outcomes. Students learn debonding techniques, different retention methods, and factors affecting long-term stability. | ||||
| Case Presentation This concluding module serves to integrate all acquired knowledge and skills through presentation of own treatment cases. Students demonstrate the complete treatment process from initial examination to retention. | ||||
| Semester 4 | ||||
| Master's Thesis The master's thesis comprises 40 ECTS credits (approximately 1,200 working hours) and represents the culmination of the MAS programme. The thesis is a systematic review with or without meta-analysis and must make an original scientific contribution to the field. The thesis is supervised by a faculty member and evaluated by two independent reviewers. The oral defense takes place before an examination committee. | ||||
Teaching Format
The programme follows a blended learning concept: 27 face-to-face days for hands-on practice and 17 online days for theory and case discussions. Modules are delivered in block format, designed to be compatible with professional practice.
Admission
Admission Requirements
- Completed degree in dentistry
- Valid dental licence (registration / diploma)
- At least 1 year of clinical professional experience
Recommendation
- Access to a clinical environment during the programme, in order to present own cases and apply what has been learned in practice
Fees
Registration fee: CHF 300,—
Tuition fee: CHF 29‘500,—
Kursleiter
Martin Sander
Course Director MAS Orthodontics
Martin Baxmann
Course Director MAS Orthodontics
Faculty (Selection)
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