Teaching

• Contact Lenses (lecture and pracs)
• Geometrical Optics
• General Physics Laboratory
• Interferometry and holography laboratory

• Evaluation of contact lens comfort in a group of regular contact lens wearers. The effect of self-prescription
• Impact of eye blinking on tear film stability and dynamics
• Evaluation of reliability of instruments for non-invasive tear film analysis
• Evaluation of tarsal conjunctiva in soft contact lens wearers

• Assessment of contact lens fitting in a group of regular soft contact lens wearers. 
• Evaluation of changes in tear film quality in a group of contact lens users.
• Evaluation of the effect of the wetting agent used in lens care solution on subjective comfort.
  
• Blinking pattern and tear film dynamics.
• Evaluation of environmental risk factor for dry eye disease.

• Habitual preference of contact lens solution in contact lens wearers versus comfort and health of the anterior eye. 
• Subjective analysis of tear film surface quality based on Placido Videokeratoscopy.
• Subjective and objective techniques for lower tear meniscus evaluation – comparative measurements.

• Quantitative and qualitative assessment of tear film  on healthy eyes in different environment conditions.

• Subjective methods of contact lens fitting evaluation. (Awarded in the 3rd Polish edition of FORCE)
• OCT (Optical Coherent Tomography) based evaluation of contact lens wettability. (Awarded in the 3rd Polish edition of FORCE)
• Evaluation of tear film parameters on monthly contact lenses. Objective methods. (Awarded in the 3rd Polish edition of FORCE)
• Optimization of LSI and OCT based system for objective and noninvasive assessment of tear film on monthly contact lenses.

• Enhancing the optical capabilities of the lateral sharing interferometry. (Awarded by the Polish Society of Biomedical Engineering)
• Enhancing the algorithmic capabilities of the high-speed videokeratoscopy for the analysis of tear film distribution over the lens in-vivo.
• Developing dynamic meniscometry based on dynamic OCT and conducting comparison of tear film volume with tear film kinetics on silicon-hydrogel lenses. (Awarded in the 2nd Polish edition of FORCE)

• Toric soft contact lens design, centration and rotation versus vision.
• Centration of spherical soft contact lens and vision.
• The effect of contact lens edge on centration, corneal staining and comfort. (Awarded in the 1st Polish edition of FORCE)
• Numerical analisys of high speed videokeratoscopy images for tear film surface evaluation.

• Influence of continous wear contact lens on tear film stability.