Fostering diagnostic knowledge through computer-supported, case-based worked examples: effects of erroneous examples and feedback

Objectives  A case‐based, worked example approach was realised in a computer‐based learning environment with the intention of facilitating medical students’ diagnostic knowledge. In order to enhance the effectiveness of the approach, two additional measures were implemented: erroneous examples and e...

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Published inMedical education Vol. 42; no. 8; pp. 823 - 829
Main Authors Kopp, Veronika, Stark, Robin, Fischer, Martin R
Format Journal Article
LanguageEnglish
Published Oxford, UK Blackwell Publishing Ltd 01.08.2008
Blackwell
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Online AccessGet full text
ISSN0308-0110
1365-2923
1365-2923
DOI10.1111/j.1365-2923.2008.03122.x

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Abstract Objectives  A case‐based, worked example approach was realised in a computer‐based learning environment with the intention of facilitating medical students’ diagnostic knowledge. In order to enhance the effectiveness of the approach, two additional measures were implemented: erroneous examples and elaborated feedback. In the context of an experimental study, the two measures were varied experimentally. Methods  A total of 153 medical students were randomly assigned to four experimental conditions of a 2 × 2‐factor design (errors versus no errors, elaborated feedback versus knowledge of correct result [KCR]). In order to verify the sustainability of the effects, a subgroup of subjects (n = 52) was compared with a control group of students who did not participate in the experiment (n = 145) on a regular multiple‐choice question (MCQ) test. Results  Results show that the acquisition of diagnostic knowledge is mainly supported by providing erroneous examples in combination with elaborated feedback. These effects were independent from differences in time‐on‐task and prior knowledge. Furthermore, the effects of the learning environment proved sustainable. Conclusions  Our results demonstrate that the case‐based, worked example approach is effective and efficient.
AbstractList A case-based, worked example approach was realised in a computer-based learning environment with the intention of facilitating medical students' diagnostic knowledge. In order to enhance the effectiveness of the approach, two additional measures were implemented: erroneous examples and elaborated feedback. In the context of an experimental study, the two measures were varied experimentally.OBJECTIVESA case-based, worked example approach was realised in a computer-based learning environment with the intention of facilitating medical students' diagnostic knowledge. In order to enhance the effectiveness of the approach, two additional measures were implemented: erroneous examples and elaborated feedback. In the context of an experimental study, the two measures were varied experimentally.A total of 153 medical students were randomly assigned to four experimental conditions of a 2 x 2-factor design (errors versus no errors, elaborated feedback versus knowledge of correct result [KCR]). In order to verify the sustainability of the effects, a subgroup of subjects (n = 52) was compared with a control group of students who did not participate in the experiment (n = 145) on a regular multiple-choice question (MCQ) test.METHODSA total of 153 medical students were randomly assigned to four experimental conditions of a 2 x 2-factor design (errors versus no errors, elaborated feedback versus knowledge of correct result [KCR]). In order to verify the sustainability of the effects, a subgroup of subjects (n = 52) was compared with a control group of students who did not participate in the experiment (n = 145) on a regular multiple-choice question (MCQ) test.Results show that the acquisition of diagnostic knowledge is mainly supported by providing erroneous examples in combination with elaborated feedback. These effects were independent from differences in time-on-task and prior knowledge. Furthermore, the effects of the learning environment proved sustainable.RESULTSResults show that the acquisition of diagnostic knowledge is mainly supported by providing erroneous examples in combination with elaborated feedback. These effects were independent from differences in time-on-task and prior knowledge. Furthermore, the effects of the learning environment proved sustainable.Our results demonstrate that the case-based, worked example approach is effective and efficient.CONCLUSIONSOur results demonstrate that the case-based, worked example approach is effective and efficient.
Objectives  A case‐based, worked example approach was realised in a computer‐based learning environment with the intention of facilitating medical students’ diagnostic knowledge. In order to enhance the effectiveness of the approach, two additional measures were implemented: erroneous examples and elaborated feedback. In the context of an experimental study, the two measures were varied experimentally. Methods  A total of 153 medical students were randomly assigned to four experimental conditions of a 2 × 2‐factor design (errors versus no errors, elaborated feedback versus knowledge of correct result [KCR]). In order to verify the sustainability of the effects, a subgroup of subjects (n = 52) was compared with a control group of students who did not participate in the experiment (n = 145) on a regular multiple‐choice question (MCQ) test. Results  Results show that the acquisition of diagnostic knowledge is mainly supported by providing erroneous examples in combination with elaborated feedback. These effects were independent from differences in time‐on‐task and prior knowledge. Furthermore, the effects of the learning environment proved sustainable. Conclusions  Our results demonstrate that the case‐based, worked example approach is effective and efficient.
A case-based, worked example approach was realised in a computer-based learning environment with the intention of facilitating medical students' diagnostic knowledge. In order to enhance the effectiveness of the approach, two additional measures were implemented: erroneous examples and elaborated feedback. In the context of an experimental study, the two measures were varied experimentally. A total of 153 medical students were randomly assigned to four experimental conditions of a 2 x 2-factor design (errors versus no errors, elaborated feedback versus knowledge of correct result [KCR]). In order to verify the sustainability of the effects, a subgroup of subjects (n = 52) was compared with a control group of students who did not participate in the experiment (n = 145) on a regular multiple-choice question (MCQ) test. Results show that the acquisition of diagnostic knowledge is mainly supported by providing erroneous examples in combination with elaborated feedback. These effects were independent from differences in time-on-task and prior knowledge. Furthermore, the effects of the learning environment proved sustainable. Our results demonstrate that the case-based, worked example approach is effective and efficient.
Author Stark, Robin
Kopp, Veronika
Fischer, Martin R
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  surname: Fischer
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  organization: Department of Internal Medicine, Medical Education Unit, University of Munich Hospital, Munich, Germany
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Keywords medical
randomised controlled trial [publication type]; computer-assisted instruction/standards; clinical competence/ standards; feedback; teaching/methods; diagnosis; education
Methodology
Education level
Physician
Feedback regulation
Controlled therapeutic trial
Knowledge
Standards
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Scientific literature
Medicine
Education
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Clinical trial
Diagnosis
undergraduate/methods
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Snippet Objectives  A case‐based, worked example approach was realised in a computer‐based learning environment with the intention of facilitating medical students’...
A case-based, worked example approach was realised in a computer-based learning environment with the intention of facilitating medical students' diagnostic...
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SubjectTerms Biological and medical sciences
Clinical Competence - standards
Computer-Assisted Instruction - standards
Decision Making
Diagnosis
education
Education, Medical, Undergraduate - methods
Feedback
Health participants
Humans
medical
Medical sciences
Miscellaneous
Public health. Hygiene
Public health. Hygiene-occupational medicine
randomised controlled trial [publication type]
Teaching - methods
Time Factors
undergraduate/methods
Title Fostering diagnostic knowledge through computer-supported, case-based worked examples: effects of erroneous examples and feedback
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Volume 42
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