Master's Degree in Digital Dentistry
Presentation Master in Digital Dentistry
The Master’s Degree in Digital Dentistry is an official degree aimed at providing specialized training and advanced preparation in the field of new digital technologies applicable to oral treatments.
This program trains students in the knowledge, use and implementation of digital tools applied to dentistry, integrating them effectively in different professional and academic contexts.
The training is focused on the application of these technologies in:
Research, incorporating digital resources in the development of scientific projects.
Teaching, facilitating the integration of technological tools in training environments.
Clinical practice, applied transversally in the different dental specialties.
The master’s degree provides, therefore, a comprehensive vision of Digital Dentistry, allowing the student to acquire the necessary skills to apply digital technologies in a structured, rigorous and adapted way to the different areas of the dental profession.
- Duration: 1 year
- 60 ECTS credits
- Spanish and English
- Start: October 2026
- Blended learning
- Adema University Campus
Do you want to be a professional trained in the use of Digital Dentistry?
Main digital tools applied
Advanced 3D Diagnostics and Planning
- CBCT
- State-of-the-art 3D intraoral scanner
- Digital occlusal articulator
- 3D implant planning software
Simulation and Immersive Technology
- 3D haptic virtual simulators with haptic feedback
- 3D holographic simulation systems
Endodontics and High Technology Therapies
- Digital operating microscope
- Mechanized endodontic motor with integrated apical locator
- High and low power dental lasers
- Advanced Endodontic Irrigation Systems
CAD-CAM and High Precision 3D Printing
- Clinical and laboratory CAD-CAM systems
- Dental 3D printers
- Digital Smile Design (DSD) software
Guided Surgery and Digital Implantology
- Guided surgery systems with 3D-printed guidewires
- Digital implant stability meter
Why study Digital Dentistry at ADEMA?
Contents:
Subject: Digital Technology in the Dental Clinic (6 ECTS)
- Introduction to digital flow in clinics and dental laboratories.
- Fundamentals of intraoral scanning and its clinical application.
- Introduction to CBCT and three-dimensional diagnosis.
- Digital occlusal articulator and functional analysis.
- Digital operating microscope and clinical magnification.
- 3D haptic and holographic virtual simulation.
- Digital file management (DICOM and STL).
- Interpretation of digital images.
- Organization of the digital archive in the clinic.
- Introduction to CAD-CAM and digital surgical guides.
- Research methodology applied to digital dentistry.
- Ethical and ethical aspects and responsible use of digital technologies.
Subject: Fundamentals of digital technology in endodontics and restorative dentistry (6 ECTS)
- Endodontics guided by CBCT.
- DICOM and STL file overlay.
- Design of surgical splints for guided endodontics.
- Advanced use of the mechanized endodontic motor.
- Electronic apical locators coupled to the motor.
- Digital operative microscope in endodontics.
- Ultrasound (UI, PUI, CUI) in active irrigation.
- Gutta-percha thermoplasticization techniques.
- Advanced digital radiovisiography.
- Laser therapy in endodontics.
- GentleWave technology and new trends
Subject: Technology applied to dental pathology and therapeutics (6 ECTS)
- Digital diagnosis of complex pulpo-dental pathology by CBCT.
- Digital conservative treatment planning.
- Removal of caries with specific ultrasound.
- Direct restorations with digital support.
- Indirect restorations by intraoral scanner and CAD-CAM.
- Integration of radiovisiography and digital image processing.
- Restorative planning in full digital flow.
Subject: Fundamentals of Digital Technology in Orthodontics (6 ECTS)
- 3D diagnosis of malocclusions by means of CBCT.
- Use of the intraoral scanner in orthodontics.
- Digital occlusal articulator applied to orthodontics.
- Clinical digital photography for orthodontic planning.
- 3D digital set-up.
- Digital planning of invisible aligners.
- Digital indirect cementation of brackets.
- Preview of the final result in 3D.
Subject: Technology applied to orthodontics (6 ECTS)
- Comprehensive digital orthodontic treatment planning.
- Design and manufacture of aligners using 3D printing.
- Integration of lingual orthodontics and aligners in digital flow.
- Resolution of complications in digital orthodontics.
- Digital modification of the treatment plan in real time.
- Clinical communication and digital presentation of cases.
Subject: Fundamentals of Digital Technology in Oral Surgery and Periodontics (6 ECTS)
- Surgical diagnosis by CBCT.
- 2D and 3D anatomical reconstructions.
- Digital periodontal probe.
- Digital implant planning.
- Radiological design with DICOM files.
- Obtaining and handling STL files.
- DICOM-STL overlay for 3D simulation.
- Fundamentals of digital guided surgery.
- Introduction to high and low power lasers.
Subject: Applied Technology in Oral and Periodontal Surgery (6 ECTS)
- Design and manufacture of 3D surgical guides.
- Guided implant surgery.
- Digitally planned immediate post-extraction implants.
- Haptic and holographic simulation in implantology.
- Digital measurement of implant stability.
- Periodontal treatments with digital ultrasound.
- Advanced clinical application of lasers in surgery and periodontics.
Subject: Fundamentals of Digital Technology in Total or Partial Rehabilitation (6 ECTS)
- Prosthetic diagnosis by intraoral scanner and CBCT.
- Digital occlusal articulator in temporomandibular dysfunction.
- Esthetic planning with digital smile design (DSD).
- Biomechanical and functional principles in digital rehabilitation.
- Design of digital myorelaxant splints.
- Cementation of veneers using 3D printed guides.
- Introduction to LFS and LPU technologies in 3D printing.
Subject: Technology applied to implant-supported rehabilitations (6 ECTS)
- Digital implant-prosthetic diagnosis with intraoral scanner and CBCT.
- Design of implant-supported prostheses with CAD-CAM.
- Complete digital flow in implant rehabilitation.
- 3D haptic and holographic simulation.
- Adaptation and digital cementation of prostheses.
- Rehabilitation of total and partial edentulous patients.
- Integration of digital occlusion in implant prostheses.
Subject: Master’s Thesis (6 ECTS)
Key contents:
- Development of a project based on digital dentistry.
- Integration of clinical and technological competencies.
- Critical analysis of new technologies and materials.
- Structured scientific methodology (IMRAD).
- Use of scientific databases (Web of Science, Scopus).
- Use of bibliographic managers (Mendeley, EndNote).
- Advanced scientific writing.
- Public defense in court.
Access and Admission
1.
Contact with us
The first step is to get to know us. You can call us, contact us through our contact form or visit our facilities!
2.
Admission and access
The admission process is done from the UIB portal, you can consult:
– Access requirements
– Admission criteria
– Registration, admission and enrollment deadlines.
3.
Registration
Once admitted, ADEMA will send you the payment instructions to formalize the enrollment.
Facilities
University Clinic
ADEMA has a fully equipped University Clinic that allows students to treat real patients in practical classes.
Digital classroom
Laboratory with high-capacity computers that have the necessary software for the practice of digital dentistry.
Haptic simulation classroom
Space with 12 3D haptic virtual simulators for pre-clinical practice of different techniques.
Great Hall
Conference space that annually hosts teams of international professionals who give talks and workshops to students
University Clinic
ADEMA has a fully equipped University Clinic that allows students to treat real patients in practical classes.
Digital Classroom
Laboratory with high-capacity computers that have the necessary software for the practice of digital dentistry.
Haptic Simulation Classroom
Space with 12 3D haptic virtual simulators for pre-clinical practice of different techniques.
Aula Magna
Conference space that annually hosts teams of international professionals who give talks and workshops to students
Enroll and improve your digital skills in dental practice
Enrollment process is done from the UIB portal
Graduation Profile
A health professional acting in the following areas:
Students who have completed the Master’s Degree in Digital Dentistry, professionals with a degree in Dentistry and/or Stomatology will be able to use digital technologies in dental treatment, teaching and research in dentistry, and manage the leading technologies in the sector in the specialties of prosthetics, esthetics, orthodontics, oral surgery, periodontics and endodontics.
At the end of the Master’s program, students will be able to:
- To know the current technologies and the ways of development of their application in dentistry.
- Diagnose with digital technology.
- To know and apply digital technologies in dental treatment in all areas.
- Critically appraise treatment research using digital technologies.
- To relate to the technological industry and to value the application of the latest generation proposals to the application in their professional, research and teaching work.
