Simulation before patients: demonstrating readiness in simulation as a prerequisite for safe clinical practice

Simulation has become an established component of healthcare education, yet its implementation before learners begin direct patient-facing clinical practice remains inconsistent across institutions and professions. Learning and patient safety are closely linked, and simulation is widely regarded as an effective strategy for both. However, simulation's contribution to learning is more consistently recognised and evaluated than its potential role in formally assuring readiness for safe practice before first patient contact. Students across healthcare professions may therefore encounter their first patients having experienced markedly different opportunities for simulation. At the same time, these learners enter complex clinical environments in which communication, teamwork, clinical reasoning and human factors directly influence patient outcomes. While many programmes already evaluate the impact of simulation on learning, this commentary asks whether its purpose might be more consistently reframed: from an educational enhancement towards a mechanism that also allows learners to demonstrate a minimum, standardised level of readiness before first patient contact. The author critically examines evidence supporting simulation, acknowledges limitations within the literature, and discusses the challenges associated with establishing pre-clinical simulation as a more consistently required standard. The author argues that simulation should assess not only procedural competence but also communication, professionalism, situational awareness, clinical judgement, escalation of care and interprofessional collaboration. These are domains that some programmes already address, although inconsistently across institutions and professions. Although simulation cannot replace authentic clinical experience, it can provide a standardised and more equitable opportunity for learners to demonstrate safe practice before entering clinical environments. Reframing simulation as a patient safety intervention, alongside its established educational value, may strengthen readiness for practice while supporting safer transitions from classroom learning to patient care.