In recent years, non-cognitive abilities have garnered attention, and their significance is attributed to overall well-being. Social Emotional Learning (SEL) is an educational program specifically focused on the social and emotional aspects of non-cognitive abilities. The domains of SEL are divided into self-awareness, self-management, social awareness, relationship skills, and responsible decision-making. These can be incorporated into various educational settings, including classroom instruction and extracurricular activities. While SEL is primarily introduced in elementary education, non-cognitive abilities remain crucial for higher education and professional training as they both learners and educators.

Undergraduate medical education requires learning in both science and art. We have developed a learning model for use in first-year medical education that applies art-based research, which has been developed in sociology.　This is a method in which medical students themselves conduct research while creating works of art to solve local medical, health, and welfare problems, deepening their learning. They also share their artworks with other students.　The methodology consists of four steps: [I] groundwork, [II] collection of materials, [III] fieldwork and artwork, and [IV] appreciation of interactive artwork.　In the class, students take the initiative by creating works that are full of individuality and assertiveness. This learning model is a relatively new model for medical education through which students can deepen their understanding of the art of medicine.

The Medical Education Specialist Certified Coursework, which has been officially in operation since 2014, has produced 181 specialists to date. In response to the globalization of medical education, the program has established a system to foster specialists who can work to improve education in accordance with international standards at each educational institution. However, the outbreak of COVID-19 made it impossible to hold face-to-face lessons, forcing the organizers to reform the course. The course resumed in February 2021 as a full online course. Moodle was used as the learning platform, and lectures and group work were conducted via Zoom. There were no major connection problems, and the results of the post-course questionnaire showed a high level of satisfaction and usefulness of the learning. To make this course a good practice for a new era in education, the strengths of both face-to-face and online methods should be incorporated.

Over the past 20 years, the Center for Medical Education Development Center, Gifu University has been working on training medical educators across the country. The Center offers a wide variety of programs to meet participants’ various needs and levels, targeting medical educators and administrative staff in various fields such as dentistry, pharmacy, nursing, physical therapy, and occupational therapy. This paper introduces the “Medical Education Starter Kit,” “Fellowship Program,” and “Master’s Course of Health Professions Education” among the programs. The objectives, target participants, and features of each program are outlined, including future prospects.

Background: We investigated how undergraduate medical curriculum handles the question “what is medicine” , which Yonezo Nakagawa raised in a field of study called “Igaku-gairon” .　Method: We analyzed the content, the amount, the methods, the assessment, and the teachers using syllabi that are accessible on the Internet as resources.　Results: In 69 schools, the total number of hours of instruction in “philosophy of medicine and medical ethics” , “sociology of medicine and medical anthropology” and “history of medicine” was 1066 h 20min, 213 h 5min, and 192 h 5min, respectively, representing 72%, 14%, and 13% of the total instruction.　Analysis: We found that their were classes which address the question “what is medicine” without using the word “Igaku-gairon” can be sporadically found in medical curriculum.

Abstract:

 This study examined the ability of medical students to self-assess basic clinical competence and learning strategies including simulation-based medical education for sixth-year medical students (n=903) at nine universities in Japan. About 40% of 27 procedures to achieve clinical skills in a model curriculum were taught using simulators with or without clinical training in hospitals. We noted that significant numbers of procedures were not practiced through any learning strategies. Higher self-assessment scores were observed among students in 4 schools who had more frequent learning opportunities through simulation-based education than among those with less frequent opportunities in 5 schools.

　This study examined the cases of the difficult encounters with problematic students that academic administrative staffs in the health professions education institutons faces. 185 cases were obtained from the 143 administrative staffs who participated in the training program for academic administrative staffs training from 2013 to 2015. Although there are 136 cases (73.5%) related to the problem students, some cases existed which problems were from the system or faculty members. In order to dealing with difficult encounters appropriately in the health care professional training institutions, the cooperation between teachers and academic administrative staffs is indispensable.

　This paper reports how Gifu University has been developing an extracurricular course for interprofessional education (IPE) in collaboration with multi-institutions for three years. Since the planning and implementation of such an IPE course have not been described exhaustively, we summarize our experience and the outcomes based on the analysis of a questionnaire survey involving the participants, including students and faculty members.

　To encourage the broad use of simulation-based medical education and establish partnerships to promote objective structured clinical examinations after clinical clerkship among medical teachers, we hosted the first team-based clinical skills competition event for medical students in Japan, named ‘Medical Students' Simlympic Games 2014'. Thirty-six (12 teams of three) open-recruited 5th or 6th grade medical students participated in this event. Student teams performed clinical tasks at 6 stations, which actively utilized the strengths of simulators or simulated patients. Contents, composition, difficulty level, and validity were tested by trainee doctors and examined by committee members in advance. In this report, we describe our concept, executive committee formation, a variety of arrangements, the outline on the day of the event, and the results of a questionnaire targeting participants. (126 words)