Lectures:
- Light-skin interaction.
- Thermal effects of laser radiation.
- Colors and their effect on a human.
- Optical fibers - their basic properties and possibilities of use as biosensors, and basic division of optical and fiber-optic sensors.
- Description of basic physical principles and processes used in fiber-optic and optical sensors.
- Phase sensors: the principle of function and possibilities of their application in biomedicine.
- Spectroscopic sensors: the principle of function and possibilities of their application in biomedicine.
- Polarization sensors: the principle of function and possibilities of their application in biomedicine.
- Microstructure sensors: the principle of function and possibilities of their application in biomedicine.
- Special fiber-optic biosensors: polymer fibers, tapering, microstructured fibers, pH sensors, etc.
- Optical image sensors: the principle of function and possibilities of their application in biomedicine.
- Data processing from optical and fiber-optic sensors: signal filtering and advanced processing methods.
- Overview of practical applications of optical and fiber-optic sensors in biomedical practice.
Labs:
- Work safety, acquaintance with laboratory tasks, and laboratory environment.
- Laboratory Task No.1 - Design and implementation of protection and encapsulation of fiber-optic sensors.
- Laboratory Task No.2 - Measurement of human body temperature by fiber-optic sensors.
- Laboratory Task No.3 - Measurement of human respiratory activity by fiber-optic sensors.
- Test No.1
- Laboratory Task No.4 - Measurement of human cardiac activity by optical and fiber-optic sensors.
- Test No.2, compensatory measurement.
- Light-skin interaction.
- Thermal effects of laser radiation.
- Colors and their effect on a human.
- Optical fibers - their basic properties and possibilities of use as biosensors, and basic division of optical and fiber-optic sensors.
- Description of basic physical principles and processes used in fiber-optic and optical sensors.
- Phase sensors: the principle of function and possibilities of their application in biomedicine.
- Spectroscopic sensors: the principle of function and possibilities of their application in biomedicine.
- Polarization sensors: the principle of function and possibilities of their application in biomedicine.
- Microstructure sensors: the principle of function and possibilities of their application in biomedicine.
- Special fiber-optic biosensors: polymer fibers, tapering, microstructured fibers, pH sensors, etc.
- Optical image sensors: the principle of function and possibilities of their application in biomedicine.
- Data processing from optical and fiber-optic sensors: signal filtering and advanced processing methods.
- Overview of practical applications of optical and fiber-optic sensors in biomedical practice.
Labs:
- Work safety, acquaintance with laboratory tasks, and laboratory environment.
- Laboratory Task No.1 - Design and implementation of protection and encapsulation of fiber-optic sensors.
- Laboratory Task No.2 - Measurement of human body temperature by fiber-optic sensors.
- Laboratory Task No.3 - Measurement of human respiratory activity by fiber-optic sensors.
- Test No.1
- Laboratory Task No.4 - Measurement of human cardiac activity by optical and fiber-optic sensors.
- Test No.2, compensatory measurement.