The elective course "Laser and optical methods in medicine" is intended for students of medical specialties interested in mastering modern diagnostic and therapeutic technologies using laser and optical equipment.
The course covers the theoretical foundations of laser physics, principles of photodynamic therapy, laser surgery, optical coherence tomography, fluorescence diagnostics and other modern technologies. Special attention is paid to security, regulatory issues, and interdisciplinary communications.
Mastering the discipline contributes to the development of professional and research competencies necessary for the implementation of advanced technologies in healthcare practice. Studying the discipline broadens the scientific horizons of students and increases their willingness to work in a high-tech medical environment.
For students majoring in Laser and Optical methods in Medicine
The course covers the theoretical foundations of laser physics, principles of photodynamic therapy, laser surgery, optical coherence tomography, fluorescence diagnostics and other modern technologies. Special attention is paid to security, regulatory issues, and interdisciplinary communications.
Mastering the discipline contributes to the development of professional and research competencies necessary for the implementation of advanced technologies in healthcare practice. Studying the discipline broadens the scientific horizons of students and increases their willingness to work in a high-tech medical environment.
For students majoring in Laser and Optical methods in Medicine
- Total volume: 2 credits (60 hours)
- Classroom sessions: 36 hours
- Students’ independent work: 24 hours
- Semester: 4
- Final control: the pass