‘Practice Makes Perfect’ Enhancing Cataract Surgery Training in Ophthalmology

Ophthalmic surgeries are ever advancing surgeries with newer techniques and methods with more precision coming day to day. Being a delicate organ, the eye comes with its own challenges and difficult learning curve during surgeries. Ophthalmology training is a comprehensive process encompassing basic examination techniques, diagnostic skills, evidence-based treatment protocols, and advanced surgical expertise. Cataract surgery, being the most commonly performed ophthalmic procedure, necessitates that all residents achieve proficiency in its execution by the conclusion of their training. Cataract being one of the most common causes of reversible blindness worldwide, the ophthalmic surgeons need to achieve proficiency in this surgery. Conventionally, cataract surgery training followed Halsted’s apprenticeship model, wherein trainees managed patients under the supervision of qualified surgeons. Competence was often judged by the number of procedures completed. This “see one, do one, teach one” paradigm has long been the cornerstone of surgical education. However, learning directly from patients carries inherent risks and limitations. Wet laboratory training plays a pivotal role in bridging this gap by offering a controlled environment for trainees to develop surgical skills. Using goat’s or synthetic eye models, wet laboratories simulate real-life scenarios, enabling residents to practice incision-making, suturing, and phacoemulsification techniques. These sessions help trainees gain confidence, refine their manual dexterity, and familiarize themselves with surgical instruments. When integrated with structured feedback from trainers, wet laboratories serve as a critical stepping stone before transitioning to live patient surgeries. Recent advances have shifted the focus further toward simulation-based training, including wet laboratories and virtual reality simulators, to enhance surgical competency when minimizing patient risk. The International Council of Ophthalmology (ICO) has introduced the ICO-Ophthalmology Surgical Competency Assessment Rubric for Phacoemulsification as a standardized tool to assess and ensure competency in cataract surgery. The newer simulation-based training offers an invaluable platform for developing and evaluating surgical skills without jeopardizing patient safety. To optimize this approach, a blended system combining decentralized traditional dry laboratories and low-cost wet laboratories with centralized virtual reality simulation facilities is essential. Structured instructional modules, including video-based training, classroom sessions, and recorded surgical presentations with formative feedback, can further enhance the learning experience. Regular logbook presentations allow trainees to document and review their progress systematically, fostering accountability and self-improvement. Certification upon successful completion of surgical training can serve as a motivational benchmark, boosting trainee confidence and affirming their readiness for independent practice. Finally, postoperative evaluation of all operated patients remains a critical aspect of surgical training. Mistakes are inevitable during the learning process, but the key lies in acknowledging errors, understanding their causes, and ensuring they are not repeated. Teaching and learning basic cataract extraction skills with phacoemulsification should be mandatory for all ophthalmic postgraduate courses. The responsibility of which lies both in the hands of trainers and trainees. By integrating these strategies, ophthalmology training programs can better equip residents with the skills and confidence needed to excel in cataract surgery, ultimately improving patient outcomes and advancing the field.