Optics 1
Optics 2
Laser Physics
Laser Safety
Lasers Properties
Laser Applications in Dentistry
Laser-tissue Interaction
Optical Coherence Tomography (OCT)
Diagnostic, Laser Fluorescence
Laser Doppler Flowmetry
Laser in Preventive Dentistry
Laser in Dental Therapy, Dental Hypersensitivity
Pulp capping, Laser in Endodontics: Biomechanical Treatment, laser – assisted
Laser in Pedodontics
Specialized practice (15 days in July and August, after the end of the summer session, 8 hours/ day; it is marked with admitted/ failed)
Optional Disciplines - 1st year
Laser Treatment for Patients with Medical Risk
Laser-assisted Emergency Dentistry
The Laser in the Digital Era
Laser-assisted Treatment for Patients with Special Needs
Photodynamic Therapy
Photobiomodulation (LLLT)
Laser in Periodontology
Laser in Oral Surgery
Laser in Implantology
Laser in Dental Prosthetics and Dental Aesthetics
Laser in Orthodontics
Research Methodology in Laser-assisted Dentistry
Laser in Dental Technology
Jurisprudence, Medical Ethics
Healthcare Management in Dentistry
Laboratory Practice and Research
Clinical Practice and Research
Elaboration of Dissertation Thesis
Optional Disciplines - 2nd year
Biotechnologies Complementary to Laser Therapy
Laser-assisted Acupuncture Therapy
Laser Treatments Dedicated to the Oro-facial Area
Applications of Laser Microscopy
The University Library provides access to a carefully selected collection of authoritative textbooks and reference works covering the scientific foundations, clinical applications, and technological developments of laser dentistry. These resources support both theoretical learning and evidence-based clinical practice, offering postgraduate students valuable guidance on laser-tissue interactions, treatment protocols, safety considerations, and emerging innovations in the field. Master’s students are encouraged to consult these publications throughout their studies and research activities.
Students enrolled in the dental laser master program have access to a comprehensive range of advanced laser equipment designed to support both clinical training and scientific research. The program includes diode, Nd:YAG, Er:YAG, Er,Cr:YSGG, and CO₂ laser systems, allowing students to develop practical skills across multiple dental specialties such as oral surgery, periodontology, endodontics, implantology, restorative dentistry, and aesthetic procedures. Training is conducted using state-of-the-art devices equipped with adjustable wavelengths, pulse modes, and power settings, enabling participants to understand tissue interaction principles and optimize treatment protocols for both hard and soft tissues. In addition to hands-on clinical applications, students are introduced to laser safety systems, fiber-optic delivery technologies, photobiomodulation devices, and digital integration tools commonly used in contemporary minimally invasive dentistry.