The perceptions and experiences of final year undergraduate diagnostic imaging students when facilitating peer-assisted learning within the simulated learning environment

Abstract

Introduction: The persistent shortage of radiographers in the UK has prompted the exploration of innovative education models to enhance practice-based learning. Peer-Assisted Learning (PAL) has been advocated as a viable method to increase clinical training capacity, yet its application in Diagnostic Imaging is constrained by regulations on ionising radiation. This study investigates the perceptions and experiences of final-year undergraduate Diagnostic Imaging students facilitating PAL within a simulated learning environment.

Methods: Final-year students were recruited via convenience sampling to act as mentors in simulated role-play activities. Data was collected through semi-structured interviews with three student mentors following the simulation. Thematic analysis of interview transcripts identified key themes related to the research question.

Results: The analysis revealed four main themes: RELATIONSHIPS: Students valued the peer-to-peer teaching dynamic and the psychological safety provided by the simulation, which fostered reciprocal learning and enhanced inter-student relationships.

Learning environment: The informal, responsive nature of the simulation was perceived as beneficial for encouraging participation and allowing students to learn from mistakes without real-world consequences.

Learning design: The timing of the simulation was noted as effective, aligning with academic learning. Feedback delivery and mentor preparation were also discussed, with disagreement on the value of the latter noted.

Confidence: Students reported increased confidence in their clinical and mentorship abilities.

Conclusion: The findings support existing literature on the benefits of PAL and simulation-based education (SBE), highlighting the positive impact on psychological safety, inter-student relationships, and confidence. However, the lack of formal training for mentors suggest areas for further research.

Implications for practice: The study underscores the potential for integrating PAL and SBE in radiography education to enhance readiness for clinical practice and foster effective peer mentoring.

Keywords: Classifications; Diagnostic imaging; Education; Peer-assisted learning; Simulation based learning; qualitative.