Professional identity formation of medical teachers in a non-Western setting.

INTRODUCTION: Understanding and supporting professional identity formation (PIF) among medical teachers has become increasingly important in faculty development programs. In this study, we explored medical teachers' PIF in Indonesia. METHODS: We conducted a qualitative descriptive study using focus group discussions (FGDs) at four medical schools in Indonesia. Basic science and clinical teachers from four different schools were selected to participate. Data were transcribed, coded, and analysed to develop themes and subthemes. RESULTS: Seventeen FGDs were completed, involving 60 basic science and 59 clinical teachers. Four major themes regarding the formation of medical teachers' professional identity emerged: an internal dialogue between intrinsic values and external influences, empowerment through early socialization, experiential workplace learning, and envisioning the future. The PIF process was similar for basic science and clinical teachers. CONCLUSION: Our findings suggested that PIF among medical teachers in a non-Western setting is a continuous and dynamic process that is shaped by key socialization factors (e.g. role models, workplace learning, peer support), with significant influences from religious beliefs, family values, and societal recognition. Faculty development programs should consider the dynamic and continuous nature of PIF among medical teachers and encourage clinicians and basic scientists to explore their values and beliefs, realize their goals, and envision their future.

3D-Printing-Based Fluoroscopic Coronary Angiography Simulator Improves Learning Capability Among Cardiology Trainees.

Aim: One of the essential competencies of cardiology trainees is the ability to perform coronary angiography with good projection. Purpose: This study is a research and development study aimed at testing the effectiveness of 3D-printing-based fluoroscopic coronary angiography simulator as a learning medium for diagnostic coronary angiogram. Methods: Thirty-four cardiology trainees randomly were divided into two groups. Both groups took a pretest before the intervention. The first group (group A) studied using conventional learning media and underwent the first post-test. Afterward, they switched to a 3D-printing-based fluoroscopic coronary angiography simulator and underwent a second post-test. The second group (group B) studied using a 3D-printing-based fluoroscopic coronary angiography simulator, underwent the first post-test, switched to the conventional learning media, and underwent a second post-test. Results: The delta between the post-test I and the pretest of group B was 8.53, higher than the delta between the post-test I and the pretest of group A (5.21) with a significant difference (p = 0.003). In group A, the delta between post-test II and pretest was 9.65, higher than the delta between post-test I and pretest (5.21) with a significant difference (p < 0.001). Conclusion: 3D-printing-based fluoroscopic coronary angiography simulator is effective as a learning medium for coronary angiogram diagnostics.

Opportunity Amid Crisis in Medical Education: Teaching During the Pandemic of COVID-19.

Purpose: The pandemic of COVID-19 had reinforced adaptations in medical education. It was challenging, especially for developing countries where resources were scarce. This study examined the implementation of teaching and learning adaptation during the pandemic in a low-resource country as perceived by teachers. We also present the opportunities that arise from the adaptation process. Participants and Methods: The participants of this study (n=24) were teachers in an undergraduate medical program. This study employed a qualitative approach using focus group discussions (FGDs) to collect the teachers' perceptions. Thematic analysis was performed to analyse the data. Results: Teachers' perceptions were categorized into 19 subthemes and were accentuated into four general themes; learning facilitation, assessment during the pandemic, learning resources, and competence achievement. We discovered both challenges as well as opportunities in each theme due to the shifting of learning from offline to online learning. Flexibility and innovation were regarded as the most important opportunities and were perceived to hold potential for medical education in the future. Knowledge acquisition was most benefited from this adaptation. Facilitating skill acquisition and burnout were the major challenges. Conclusion: Despite the challenges, including burnout, skills acquisition, and risk in academic integrity, innovations in medical education were strengthened during the pandemic of COVID-19. They also provided a positive influence regarding achievement in the cognitive aspect. Faculty development programs need to be encouraged to improve teachers' capacity in the future.