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Learning Curriculum (learning + curriculum)

Distribution by Scientific Domains

Medical Sciences	100%

Selected Abstracts

Reasoning versus knowledge retention and ascertainment throughout a problem-based learning curriculum

MEDICAL EDUCATION, Issue 9 2009
Anne Collard
Context, Since 2000, problem-based learning (PBL) seminars have been introduced into the curriculum of medical studies at the University of Liège. We aimed to carry out a cross-sectional investigation of the maturational increase in biomedical reasoning capacity in comparison with factual knowledge retention throughout the curriculum. Methods, We administered a factual knowledge test (i.e. a true/false test with ascertainment degree) and a biomedical reasoning test (i.e. an adapted script concordance test [SCT]) to 104 students (Years 3,6) and a reference panel. The selected topic was endocrinology. Results, On the SCT, the students obtained higher scores in Years 5 and 6 than in Years 3 and 4. In Year 3, the scores obtained on SCT questions in a new context indicated transfer of reasoning skills. On the true/false test, the scores of Year 3 students were significantly higher than those of students in the other three year groups. A positive correlation between SCT scores and true/false test scores was observed only for students in Years 3 and 4. In each group, the ascertainment degree scores were higher for correct than for incorrect responses and the difference was calculated as an index of self-estimation of core knowledge. This index was found to be positively correlated to SCT scores in the four year groups studied. Conclusions, Biomedical reasoning skills are evidenced early in a curriculum involving PBL and further increase during training. This is accompanied by a decrease in factual knowledge retention. The self-estimation of core knowledge appears to be related to reasoning capacity, which suggests there is a link between the two processes. [source]

Effectiveness of basic clinical skills training programmes: a cross-sectional comparison of four medical schools

MEDICAL EDUCATION, Issue 2 2001
Roy Remmen
Objective Training in physical diagnostic skills is an important part of undergraduate medical education. The objective of this study was to study the outcome of skills training at four medical schools. Context At the time of the study, three schools had a traditional lecture-based curriculum and one school had a problem-based learning curriculum with a longitudinal skills training programme. All schools offer extended exposure to clerkships. Method A cross-sectional study in four medical schools was performed, using a written test of skills that has good correlation with actual student performance. The scores attained from four student groups were compared within and between the four medical schools. A total of 859 volunteer students from the later four years at each medical school participated in the study. Results The mean scores in the traditional medical schools increased with the start of skill training and the hands-on experience offered during the clerkships. Students from the school with the longitudinal skills training programme and the problem-based learning approach had significantly higher mean scores at the start of the clerkships, and maintained their lead in the subsequent clinical years. Conclusions Longitudinal skills training seems to offer the students a superior preparation for clerkships as well as influencing the students' learning abilities during the clerkships. The effect of the problem-based learning approach, also related to the innovative philosophy of the curriculum, could not be accounted for. [source]

Implementing a problem-based learning curriculum in occupational therapy: A conceptual model

AUSTRALIAN OCCUPATIONAL THERAPY JOURNAL, Issue 3 2000
Penny Salvatori
Problem-based learning in occupational therapy education has enjoyed increasing attention in recent years. Drawing on concepts from general systems theory and organizational theory, this paper presents a conceptual model of an occupational therapy education program as an open and dynamic system that interacts with and is responsive to the external environment. The model is described in the generic context of developing, implementing and evaluating a problem-based learning curriculum. The Bachelor of Health Sciences (Occupational Therapy) program at McMaster University in Canada is used to provide a practical illustration of the various components of the model. The model is considered to be sufficiently generic and adaptable for use by any occupational therapy program in any sociocultural environment in the world, and will be of particular interest to those who are considering problem-based learning as an alternative to traditional educational approaches. [source]