IntroductionGood non-technical skills (NTS) are critical to the delivery of high-quality patient care. It is increasingly recognised that training in such skills should be incorporated into primary medical training curricula. This study aimed to develop an NTS behavioural marker system (BMS), specifically applicable to medical students, for use within simulated acute care scenarios.MethodsThe methodology used to develop other BMS was adopted and modified. Following ethical approval, 16 final year medical students participated in acute care simulated scenarios. Semistructured interviews were performed to gauge the understanding of NTS. A panel meeting of subject matter experts was convened to translate key NTS into skill elements and observable behaviours. A second expert panel was consulted to refine aspects of the BMS. Further refinement and initial face validity was undertaken by a third panel of experts using the prototype BMS to observe prerecorded simulation scenarios.ResultsFive categories of NTS were identified: situation awareness, teamwork and communication, decision-making and prioritisation, self-awareness, and escalating care. Observable behaviours in each category describe good and poor performance. Escalating care was identified as a unique component that incorporated behaviours related to each of the other four skill categories. A 5-point rating scale was developed to enable both peer-to-peer and tutor-to–student feedback.ConclusionThe Medi-StuNTS (Medical Students’ Non-Technical Skills) system is the first BMS for the NTS of medical students. It reinforces the importance of escalating care effectively. It provides an exciting opportunity to provide feedback to medical students and may ultimately aid their preparedness for professional practice.
Context Non‐technical skills (NTS) training should be incorporated into medical students' education and simulation‐based approaches are often utilised to facilitate this. Such experiences have the potential to foster transformative learning by facilitating a reassessment of one's prior assumptions and a significant shift in one's outlook, referred to as the process of perspective transformation. The aim of this research was to explore how NTS training might facilitate transformative learning in final‐year medical students. Methods Following ethical approval, medical student volunteers from four medical schools (Aberdeen, Dundee, Edinburgh and Glasgow) participated in simulation sessions, were debriefed with an emphasis on NTS using a behavioural marker system and then took part in focus groups. Focus group discussions were semi‐structured and questions were based on the phases of perspective transformation identified by Jack Mezirow. Focus group discussions were audiorecorded, transcribed verbatim, anonymised and analysed using template analysis. Results A total of 33 medical students took part in five focus groups. There was evidence of the following stages of perspective transformation: Phase 2 (self‐examination with emotional disturbance, including fear, anxiety, guilt, shame and frustration); Phase 3 (critical assessment of assumptions, including the undervaluing of NTS, recognising that technical skills alone are insufficient, and recognising that it is possible to improve one’s NTS); Phase 5 (exploring options for new roles, relationships and actions), and Phase 6 (planning a course of action for future simulations, as a medical student and as a doctor). Conclusions This study deepens our understanding of how exposure to NTS training in simulation‐based education influences the learning of medical students and shows that such exposure can result in the cognitive phases of transformative learning. It provides us with valuable insights into medical students' perspectives on their learning of NTS at a pivotal stage in training and represents an interesting way of assessing the educational impact of such sessions.
ObjectivesThis study aimed to explore how the COVID-19 pandemic has impacted the workplace core needs of internal medicine (IM) trainees in Scotland.DesignThis qualitative study used an observational approach of interprofessional workshops combined with subsequent individual interviews with IM trainees. Workshops and interviews were audiorecorded, transcribed verbatim and analysed utilising NVivo software. Template analysis was used with the Autonomy/control, Belonging and Competence (ABC) of doctors’ core needs outlined in the 2019 General Medical Council report Caring for doctors, caring for patients as a conceptual lens for the study.SettingThe national IM boot camp in Scotland includes a 2-hour interprofessional workshop which is trainee led and explores current challenges in the workplace, including the impact of the pandemic on such relationships.ParticipantsTwelve workshops, involving 72 trainees, were included with ten trainees taking part in the subsequent interview process. Trainees representing all four regions in Scotland were involved.ResultsTrainees described all core needs having been impacted by the pandemic. They described a loss of autonomy with emergency rotas but also through a pervasive sense of uncertainty. The data revealed that work conditions improved initially with additional resources which have since been removed in some areas, affecting trainees’ sense of value. Analysis found that belonging was affected positively in terms of increased camaraderie but also challenged through inability to socialise. There were concerns regarding developing competence due to a lack of teaching opportunities.ConclusionsUsing the ABC of doctor’s core needs as a conceptual framework for this study highlighted the impact of the COVID-19 pandemic on all domains for IM trainees in Scotland. It has highlighted an opportunity to foster the renewed sense of camaraderie among healthcare teams, while rebuilding work conditions to support autonomy and competence.
The epidemiology of recent-onset AF in this series is comparable with previous publications. Rhythm control was only attempted in approximately half of all eligible patients. There was no single-favoured management strategy. Our results mirror the literature in emphasizing the variation in management and the lack of robust evidence guiding the management of recent-onset AF and flutter.
BackgroundThe Medical Students’ Non-Technical Skills (Medi-StuNTS) behavioural marker system (BMS) is the first BMS to be developed specifically for medical students to facilitate training in non-technical skills (NTS) within immersive simulated acute care scenarios. In order to begin implementing the tool in practice, validity evidence must be sought. We aimed to assess the validity of the Medi-StuNTS system with reference to Messick’s contemporary validity framework.MethodsTwo raters marked video-recorded performances of acute care simulation scenarios using the Medi-StuNTS system. Three groups were marked: third-year and fourth-year medical students (novices), final-year medical students (intermediates) and core medical trainees (experts). The scores were used to make assessments of relationships to the variable of clinical experience through expert–novice comparisons, inter-rater reliability, observability, exploratory factor analysis, inter-rater disagreements and differential item functioning.ResultsA significant difference was found between the three groups (p<0.005), with experts scoring significantly better than intermediates (p<0.005) and intermediates scoring significantly better than novices (p=0.001). There was a strong positive correlation between the two raters’ scores (r=0.79), and an inter-rater disagreement of more than one point in less than one-fifth of cases. Across all scenarios, 99.7% of skill categories and 84% of skill elements were observable. Factor analysis demonstrated appropriate grouping of skill elements. Inconsistencies in test performance across learner groups were shown specifically in the skill categories of situation awareness and decision making and prioritisation.ConclusionWe have demonstrated evidence for several aspects of validity of the Medi-StuNTS system when assessing medical students’ NTS during immersive simulation. We can now begin to introduce this system into simulation-based education to maximise NTS training in this group.
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