1.Group Counseling for Medical Students with Drop-Out Experiences.
Eun Kyung KIM ; Sunyong BAEK ; Jae Seok WOO ; Sun Ju IM ; Sun Hee LEE ; Beesung KAM ; Sang Yeoup LEE ; So Jung YUN
Korean Journal of Medical Education 2013;25(1):23-28
PURPOSE: The purpose of this research was to describe our group counseling methods for medical students with drop-out experiences. METHODS: Group counseling was offered to 11 medical students with drop-out experiences in their previous second semester. All subjects provided written informed consent before participating and completed a 2-day group counseling program using the Gestalt approach. The self-assertiveness training group counseling program consisted of 6 sessions, each of which lasted 90 minutes. Experience reports by participants after the program and data from semi-structured qualitative interviews were qualitatively analyzed. RESULTS: Program participants reported that they were moderately satisfied with the program regarding its usefulness and helpfulness on self-awareness, understanding, and reminding them of attempts to change behavior. Most students showed heightened levels of sincerity perceptions and positive attitudes in every session. The results demonstrated significant changes in experience in self-esteem, self-recognition, and interpersonal relationships. CONCLUSION: A group counseling program using the Gestalt approach could help medical students with drop-out experiences to adjust with 1 year their juniors, enhance their self-esteem, contribute to their psychological well-being, and prevent student re-failure through effective stress management and improved interpersonal relationships.
Counseling
;
Humans
;
Informed Consent
;
Students, Medical
2.Instructional Analysis of Lecture Video Recordings and Its Application for Quality Improvement of Medical Lectures.
Sunyong BAEK ; Sun Ju IM ; Sun Hee LEE ; Beesung KAM ; So Joung YUNE ; Sang Soo LEE ; Jung A LEE ; Yuna LEE ; Sang Yeoup LEE
Korean Journal of Medical Education 2011;23(4):263-274
PURPOSE: The lecture is a technique for delivering knowledge and information cost-effectively to large medical classes in medical education. The aim of this study was to analyze teaching quality, based on triangle analysis of video recordings of medical lectures, to strengthen teaching competency in medical school. METHODS: The subjects of this study were 13 medical professors who taught 1st- and 2nd-year medical students and agreed to a triangle analysis of video recordings of their lectures. We first performed triangle analysis, which consisted of a professional analysis of video recordings, self-assessment by teaching professors, and feedback from students, and the data were crosschecked by five school consultants for reliability and consistency. RESULTS: Most of the distress that teachers experienced during the lecture occurred in uniform teaching environments, such as larger lecture classes. Larger lectures that primarily used PowerPoint as a medium to deliver information effected poor interaction with students. Other distressing factors in the lecture were personal characteristics and lack of strategic faculty development. CONCLUSION: Triangle analysis of video recordings of medical lectures gives teachers an opportunity and motive to improve teaching quality. Faculty development and various improvement strategies, based on this analysis, are expected to help teachers succeed as effective, efficient, and attractive lecturers while improving the quality of larger lecture classes.
Consultants
;
Education, Medical
;
Humans
;
Lectures
;
Quality Improvement
;
Self-Assessment
;
Students, Medical
;
Video Recording
3.Two-and-a-half year follow-up study of strategy factors in successful learning to predict academic achievements in medical education.
Soon Ok LEE ; Sang Yeoup LEE ; Sunyong BAEK ; Jae Seok WOO ; Sun Ju IM ; So Jung YUNE ; Sun Hee LEE ; Beesung KAM
Korean Journal of Medical Education 2015;27(2):99-105
PURPOSE: We performed a two-and-a-half year follow-up study of strategy factors in successful learning to predict academic achievements in medical education. METHODS: Strategy factors in successful learning were identified using a content analysis of open-ended responses from 30 medical students who were ranked in the top 10 of their class. Core words were selected among their responses in each category and the frequency of the words were counted. Then, a factors survey was conducted among year 2 students, before the second semester. Finally, we performed an analysis to assess the association between the factors score and academic achievement for the same students 2.5 years later. RESULTS: The core words were "planning and execution," "daily reviews" in the study schedule category; "focusing in class" and "taking notes" among class-related category; and "lecture notes," "previous exams or papers," and "textbooks" in the primary self-learning resources category. There were associations between the factors scores for study planning and execution, focusing in class, and taking notes and academic achievement, representing the second year second semester credit score, third year written exam scores and fourth year written and skill exam scores. Study planning was only one independent variable to predict fourth year summative written exam scores. CONCLUSION: In a two-and-a-half year follow-up study, associations were founded between academic achievement and the factors scores for study planning and execution, focusing in class, and taking notes. Study planning as only one independent variable is useful for predicting fourth year summative written exam score.
*Achievement
;
*Education, Medical
;
Educational Measurement
;
Educational Status
;
Follow-Up Studies
;
Humans
;
*Learning
;
*Students, Medical
4.The Impact of Alternating Dissection in Conjunction with Reciprocal Peer Teaching on Practical Exam Scores in a Medical Anatomy Course.
Yun Hak KIM ; Changwan HONG ; Sae Ock OH ; Sik YOON ; Min Jeong KIM ; Sungil JU ; So Jung YUNE ; Sunyong BAEK
Korean Journal of Physical Anthropology 2018;31(3):83-89
The reformation of medical curriculum induced the reduction of anatomy course schedule especially in contact hours in anatomy laboratory. It has led to the use of more efficient teaching approaches in anatomy laboratory. The purpose of this work provide a detailed analysis of alternating dissections with reciprocal peer teaching in anatomy laboratory. Students were assigned alphabetically, in teams of eight or nine, to each dissecting table. The team was subdivided into two groups, A and B, each group dissected every other session. Students excused from dissection spent their time with team-based learning and self-directed learning. Dissected peer-teaching groups presented structures from the dissection to groups absent during dissection. Practical exam scores of the alternating dissection indicated no significant difference with those of classical dissection of previous year. Subgroup analysis of practical exam scores in alternating dissection was also no significant difference between group A and B. Assessment of question types showed that correction rates of questions in the dissected region was significantly higher on dissection group assignment. There were 9 questions (out of 86) in which there was a significant difference in correction rates between A and B groups. In conclusion, the laboratory paradigm of alternating dissection with reciprocal peer teaching demonstrated an effective method of learning gross anatomy laboratory for first year medical students.
Appointments and Schedules
;
Curriculum
;
Humans
;
Learning
;
Methods
;
Students, Medical