Key result
Technical simulation training improves operative time and surgical skill acquisition, offering a safe environment to develop competencies despite reduced clinical exposure.
Why the study?
Does technical simulation training improve operative skills and reduce operative time in surgical trainees compared to traditional training?
Does technical simulation training improve operative skills and reduce operative time in surgical trainees compared to traditional training?
Technical simulation training is an effective tool for improving surgical skills and reducing operative time, addressing challenges of reduced clinical exposure and patient safety concerns.
Supports simulation training amid reduced operative exposure; leaves open need for RCTs on standardization and patient outcomes.
Simulation training, where a scenario or setting is replicated, is now firmly associated with surgical training. Involving both technical and non-technical competencies, it provides a valuable tool in training new skills to both new and current surgeons. As patient safety becomes more of a focus, alongside advances in technology and surgical techniques, there is a continued concern regarding operative exposure for futures surgeons. This void in which simulated training fits, a claim supported by an expanding literature base. The recent integration of simulation into training curricula aims to promote consistency in access to simulation facilities across deaneries and invite the experience of dedicated instructors to optimise educational use.
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Snashall et al. (2016) conducted a review in Surgical training. Technical simulation training vs. Traditional training was evaluated. Technical simulation training improves operative time and surgical skill acquisition, offering a safe environment to develop competencies despite reduced clinical exposure.
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