1) We attended the 14th annual meeting of the International Association of Medical Science Educators. Findings of research in medical education were presented.
2) Topics of the meeting included: assessment, curriculum, instructional methods, professional development/student support, team-based learning and problem-based learning/clinical skills, and technology/e-learning.
3) Preconference workshops, concurrent focus sessions, poster discussions by category, and other events were cleverly integrated into the program of this meeting. We obtained useful and applicable information for the management of meetings on education.

We developed a problem-oriented simulation system for medical diagnosis which works on personal computers without special equipment. In this simulation system the history of illness can be presented by voice, and physical findings are presented audiovisually through the student's actions, in a manner that closely resembles an actual medical examination. The laboratory findings are also presented through the student's actions. Students compile a database with information that they collect, create a problem list, and devise an initial diagnostic plan for the patient's most important problem. This computer-assisted system will help medical students learn diagnostic strategies in a simulated clinical setting. We believe that this system is a promising method that will facilitate problem-oriented learning in the virtual multimedia environment with special convenience for medical students to share time and facilities and to lower costs.

　A system for Physiology Educator Accreditation was established by the Physiological Society of Japan in 2013 and then implemented. The accreditation process starts by the applicant participating in the education program during the society’s annual meeting, after which the applicant’s teaching and research experiences are reviewed. The education program consists of model lectures to learn teaching skills and lectures to obtain up-to-date knowledge about physiology. The main purpose of the system is to provide an opportunity to obtain a wide range of knowledge and skills for physiology teaching for teachers working at medical universities and universities of life sciences and for young researchers aiming for a tenure-track academic position.

1) The clinical training system in our hospital was evaluated with a questionnaire by 49 trainees.
2) Overall, our clinical training system received high scores, but the scores varied significantly depending on the clinical department.
3) The scores of clinical departments did not correlate with the ratios of supervising physicians to trainees.
4) To provide the best training system possible, the current system must be evaluated and improved.

  Committee for Information Infrastructure in the 16th term of JSME Board Members was newly created to edit Medical Education White Book issued every four years and to provide sooner and more comprehensive information infrastructure provision. MEAL was opened as a website for medical education information since August 2011. MEAL consists of glossary, articles, books and more resources using a system like Wiki or Blog on the Web. By such technological progress, not only one–way information provision from JSME but also bidirectional communication between JSME members and committees／board members became available. Internationally, similar websites are known, such as MedEdPORTAL by AAMC （Association of American Medical Colleges）, and expected to be new scholarly information added to journals.

Saitama Medical School offers practical training in physiology to second-year medical students. Due to the increase in COVID-19 infections, one of the courses, “Nerve Excitation and Conduction” was conducted as remote practical training in 2021. The remote practical training was conducted with the same content as face-to-face practical training. In this course, students watched experimental videos. then they used Zoom and Google Slides to analyze and discuss the reconstructed data which they had obtained the previous year. As a result, the remote practical training provided a uniform training opportunity unlike the face-to-face practical training. Thus, we believe that the learning effectiveness of remote practical training was sufficient, although some improvements are needed. Educational content for fully online practical training is highly useful.

At Saitama Medical University, experience training for first-year medical students was conducted for the purpose of communicating with people who live in an institution and have severe motor and intellectual disabilities. However, due to the spread of COVID-19, training at this institution has been suspended completely, which has led us to conduct the training remotely. In the remote training sessions, people with disabilities who only had nonverbal communication tools joined a Zoom meeting where they were able to communicate with students from inside the institution. In the past, there have been other times when training was suspended due to infectious disease outbreaks. Despite this, remote training has made it possible to carry out training without being affected by the environment. Compared to conventional training, remote training did not allow students to experience the atmosphere of the institution or interaction with the people on-site. However, it did have other advantages in that it enabled students to understand the disabilities at a deep level, making them realize the importance of nonverbal communication, and increasing their motivation to learn.

At Saitama Medical University, practical training in pharmaceutical service and rehabilitation services is conducted. Due to the spread of COVID-19 infection in 2020, it was difficult for third-year medical students to practice in the actual medical field. For this reason, students have been provided a remote practical training in pharmaceutical service and rehabilitation services, such as watching videos of working situations and interviews for pharmacist, physical therapist, occupational therapist and speech therapist, group works using Zoom, and exchanging questions and answers with those professions. Although student’s levels of readiness were diverse, they could learn more deeply about the roles and perspectives they had not learned previously, compared to conventional practical training. In addition to this effect, the program provided more opportunities for students to deepen their learning. Therefore, in the future, we would like to consider implementing a training program that provides both virtual and onsite experiences.

Students in all years, including those in lower years, were prohibited from coming to campus because of COVID-19, which began to spread in January 2020. However, we believed that a hospital tour and observership would be important practical training for first and second year medical students as part of the early exposure program, which aims to increase student motivation. Thus, we decided to conduct a virtual hospital tour and a virtual observation of medical doctors’ work. We used Zoom to conduct a virtual hospital tour for first-year students in June, and a virtual observation of physicians’ work for second-year students in December. Although this offered less of an opportunity to experience the reality of the clinic, there have been benefits in terms of increased learning content, fairness of learning opportunities delivered, and the promotion of independent learning. With regard to a “Hospital Tour” and the “Observation of Medical Doctors’ Work” , we believe that hybrid forms, which are able to skillfully combine the strengths of the two methods, would be effective.