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Hands-on - general medicine - circuit-training in the auditorium--a practical equivalent to a lecture.

ABSTRACT: Traditional university teaching formats are of limited use when it comes to conveying the inner workings and specific remit of general medicine in a practical way. Small supervised groups present themselves as a plausible and effective alternative for learning to interact with patients in low prevalence areas.A frontal lecture was transformed into an interactive seminar-like lecture for 280 students. Short kick-off presentations served as an introduction to rotating circuit stations. Knowledge, skills and professional attitude specific to general and family medicine were intensively trained by 28 small groups in and around the auditorium by means of activating didactic methods. The small groups were supervised by experienced GP's trained as tutors. During six days, consisting of 3.5 hour sessions per day, working methods, a large variety of common medical conditions, preventive primary care and care for the elderly were amongst the topics addressed.This new format was successfully implemented and developed with regards to content as well as organisation. Well over 90% of the 274 participating students evaluated tutors' commitment, coherent delivery of content, learner-oriented atmosphere and practical focus positively. Given the advantages of a small-group learning situation, the somewhat cramped conditions were accepted by 92%.The innovative concept was able to work successfully within the specific framework of patient care in a general and family medicine setting. A creative approach to the lack of space managed to mobilise resources for practical small-group work. Being able to work on specific general practice problems in a small-group setting and immediately reflect upon them was rated positively overall.Responsibilities and specific working methods in general practice / family medicine can be trained successfully even with large groups of students when limited space is used creatively. In a supervised circuit-training setting, students are able to apply their existing knowledge and skills in a practical way. Further research is needed to assess individual learning success and gains in competence under this novel learning situation.

SUBMITTER: Blank WA

PROVIDER: S-EPMC4152991 | biostudies-other | 2014

REPOSITORIES: biostudies-other

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Hands-on - general medicine - circuit-training in the auditorium--a practical equivalent to a lecture.

Blank Wolfgang A WA Blankenfeld Hannes H Beck Anton J AJ Frangoulis Anna-Maria AM Vorderwülbecke Florian F Fleischmann Andreas A

GMS Zeitschrift fur medizinische Ausbildung 20140815 3

<h4>Introduction</h4>Traditional university teaching formats are of limited use when it comes to conveying the inner workings and specific remit of general medicine in a practical way. Small supervised groups present themselves as a plausible and effective alternative for learning to interact with patients in low prevalence areas.<h4>Description of the project</h4>A frontal lecture was transformed into an interactive seminar-like lecture for 280 students. Short kick-off presentations served as a ...[more]

PMID: 25228929

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Project description:Simulation-based teaching (SIM) is a common method for medical education. SIM exposes residents to uncommon scenarios that require critical, timely actions. SIM may be a valuable training method for critically ill poisoned patients whose diagnosis and treatment depend on key clinical findings. Our objective was to compare medical simulation (SIM) to traditional lecture-based instruction (LEC) for training emergency medicine (EM) residents in the acute management of critically ill poisoned patients. EM residents completed two pre-intervention questionnaires: (1) a 24-item multiple-choice test of four toxicological emergencies and (2) a questionnaire using a five-point Likert scale to rate the residents' comfort level in diagnosing and treating patients with specific toxicological emergencies. After completing the pre-intervention questionnaires, residents were randomized to SIM or LEC instruction. Two toxicologists and three EM physicians presented four toxicology topics to both groups in four 20-min sessions. One group was in the simulation center, and the other in a lecture hall. Each group then repeated the multiple-choice test and questionnaire immediately after instruction and again at 3 months after training. Answers were not discussed. The primary outcome was comparison of immediate mean post-intervention test scores and final scores 3 months later between SIM and LEC groups. Test score outcomes between groups were compared at each time point (pre-test, post-instruction, 3-month follow-up) using Wilcoxon rank sum test. Data were summarized by descriptive statistics. Continuous variables were characterized by means (SD) and tested using t tests or Wilcoxon rank sum. Categorical variables were summarized by frequencies (%) and compared between training groups with chi-square or Fisher's exact test. Thirty-two EM residents completed pre- and post-intervention tests and comfort questionnaires on the study day. Both groups had higher post-intervention mean test scores (p < 0.001), but the LEC group showed a greater improvement compared to the SIM group (5.6 [2.3] points vs. 3.6 [2.4], p = 0.02). At the 3-month follow-up, 24 (75 %) tests and questionnaires were completed. There was no improvement in 3-month mean test scores in either group compared to immediate post-test scores. The SIM group had higher final mean test scores than the LEC group (16.6 [3.1] vs. 13.3 [2.2], p = 0.009). SIM and LEC groups reported similar diagnosis and treatment comfort level scores at baseline and improved equally after instruction. At 3 months, there was no difference between groups in comfort level scores for diagnosis or treatment. Lecture-based teaching was more effective than simulation-based instruction immediately after intervention. At 3 months, the SIM group showed greater retention than the LEC group. Resident comfort levels for diagnosis and treatment were similar regardless of the type of education.

Project description:BackgroundAt a time of increased need and demand for general internists in Canada, the attractiveness of generalist careers (including general internal medicine, GIM) has been falling as evidenced by the low number of residents choosing this specialty. One hypothesis for the lack of interest in a generalist career is lack of comfort with the skills needed to practice after training, and the mismatch between the tertiary care, inpatient training environment and "real life". This project was designed to determine perceived effectiveness of training for 10 years of graduates of Canadian GIM programs to assist in the development of curriculum and objectives for general internists that will meet the needs of graduates and ultimately society.MethodsMailed survey designed to explore perceived importance of training for and preparation for various aspects of Canadian GIM practice. After extensive piloting of the survey, including a pilot survey of two universities to improve the questionnaire, all graduates of the 16 universities over the previous ten years were surveyed.ResultsGaps (difference between importance and preparation) were demonstrated in many of the CanMEDS 2000/2005 competencies. Medical problems of pregnancy, perioperative care, pain management, chronic care, ambulatory care and community GIM rotations were the medical expert areas with the largest gaps. Exposure to procedural skills was perceived to be lacking. Some procedural skills valued as important for current GIM trainees and performed frequently (example ambulatory ECG interpretation) had low preparation ratings by trainees. Other areas of perceived discrepancy between training and practice included: manager role (set up of an office), health advocate (counseling for prevention, for example smoking cessation), and professional (end of life issues, ethics).ConclusionGraduates of Canadian GIM training programs over the last ten years have identified perceived gaps between training and important areas for practice. They have identified competencies that should be emphasized in Canadian GIM programs. Ongoing review of graduate's perceptions of training programs as it applies to their current practice is important to ensure ongoing appropriateness of training programs. This information will be used to strengthen GIM training programs in Canada.

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Hands-on - general medicine - circuit-training in the auditorium--a practical equivalent to a lecture.

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Hands-on - general medicine - circuit-training in the auditorium--a practical equivalent to a lecture.

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