[First experimental experience in using three-dimensional images in computer-assisted teaching of students]

Area of Science:

• Ophthalmology
• Medical Education
• Biomedical Engineering

Context:

• Traditional ophthalmic training relies on live patients, posing ethical and practical challenges.
• The need for realistic, accessible training tools in ophthalmology is growing.
• Simulation-based learning offers a safe environment for skill development.

Purpose:

• To introduce a novel phantom eye model integrated with computer technology for ophthalmic education.
• To evaluate the effectiveness of this simulation in replicating real-world clinical scenarios.
• To enhance the practical training experience for ophthalmology students.

Summary:

• A phantom ophthalmic patient model, based on a 3D eye image, has been developed.
• This model is coupled with a computer system to simulate patient interactions.
• The system effectively mimics the experience of clinical contact with actual patients.

Impact:

• Improved training outcomes for ophthalmology students through realistic simulation.
• Potential to standardize and enhance the quality of ophthalmic education globally.
• Provides a valuable tool for practicing complex ophthalmic procedures in a risk-free setting.