LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESS

Background: Anatomy is a basic science needed by clinicians in order to perform medical procedures safely and effectively. Nowadays, the amount of time available for teaching anatomy is reduced because of the introduction of new subjects to medical program.  Whereas, the anatomy itself is already to...

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Main Authors: Gabriela Claudia, Siti Munawaroh, Nanang Wiyono, Yunia Hastami
Format: Article
Language:English
Published: Asosiasi Institusi Pendidikan Kedokteran Indonesia 2020-03-01
Series:Jurnal Pendidikan Kedokteran Indonesia
Subjects:
Online Access:https://jurnal.ugm.ac.id/jpki/article/view/53394
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author Gabriela Claudia
Siti Munawaroh
Nanang Wiyono
Yunia Hastami
author_facet Gabriela Claudia
Siti Munawaroh
Nanang Wiyono
Yunia Hastami
author_sort Gabriela Claudia
collection DOAJ
description Background: Anatomy is a basic science needed by clinicians in order to perform medical procedures safely and effectively. Nowadays, the amount of time available for teaching anatomy is reduced because of the introduction of new subjects to medical program.  Whereas, the anatomy itself is already too complex to learn, especially neuroanatomy. As the result, medical students tend to find difficulties in mastering anatomy. In fact, inadequate understanding of anatomy has an impact to medical errors. The aim of this study is to compose neuroanatomy learning objectives based on consensus of anatomy lecturers in Indonesia. Methods: Two-rounds Delphi process was employed in this qualitative study. Twenty anatomy lecturers from all over Indonesia were recruited as panels based on purposive sampling technique. Panels of first round of Delphi were requested to compose learning objectives based on neuroanatomy core syllabus available in the questionnaire. They had to list each learning objective with cognitive level according to Bloom’s taxonomy. In the second round, panels were asked to score each learning objectives based on their level of importance  from 1 to 4. Learning objectives scored 3 or 4 by 60% panels were qualified as the final results. Results: 66 learning objectives were obtained in the first round of Delphi and became 68 due to modification process conducted by expert. In the second round, 67 learning objective were achieved, and became 52 after final process of expert modification. The learning objectives cognitive level varied in C1-C3 according to Bloom’s Taxonomy. Conclusion: This study obtained 52 learning objectives of neuroanatomy.
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spelling doaj.art-807ac64166f24f8588f12b237d3eba6c2022-12-22T03:07:50ZengAsosiasi Institusi Pendidikan Kedokteran IndonesiaJurnal Pendidikan Kedokteran Indonesia2252-50842654-58102020-03-019171610.22146/jpki.5339426584LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESSGabriela Claudia0Siti Munawaroh1Nanang Wiyono2Yunia Hastami3Program Studi Kedokteran Fakultas Kedokteran Universitas Sebelas MaretDepartemen Anatomi Fakultas Kedokteran Universitas Sebelas MaretDepartemen Anatomi Fakultas Kedokteran Universitas Sebelas MaretDepartemen Anatomi Fakultas Kedokteran Universitas Sebelas MaretBackground: Anatomy is a basic science needed by clinicians in order to perform medical procedures safely and effectively. Nowadays, the amount of time available for teaching anatomy is reduced because of the introduction of new subjects to medical program.  Whereas, the anatomy itself is already too complex to learn, especially neuroanatomy. As the result, medical students tend to find difficulties in mastering anatomy. In fact, inadequate understanding of anatomy has an impact to medical errors. The aim of this study is to compose neuroanatomy learning objectives based on consensus of anatomy lecturers in Indonesia. Methods: Two-rounds Delphi process was employed in this qualitative study. Twenty anatomy lecturers from all over Indonesia were recruited as panels based on purposive sampling technique. Panels of first round of Delphi were requested to compose learning objectives based on neuroanatomy core syllabus available in the questionnaire. They had to list each learning objective with cognitive level according to Bloom’s taxonomy. In the second round, panels were asked to score each learning objectives based on their level of importance  from 1 to 4. Learning objectives scored 3 or 4 by 60% panels were qualified as the final results. Results: 66 learning objectives were obtained in the first round of Delphi and became 68 due to modification process conducted by expert. In the second round, 67 learning objective were achieved, and became 52 after final process of expert modification. The learning objectives cognitive level varied in C1-C3 according to Bloom’s Taxonomy. Conclusion: This study obtained 52 learning objectives of neuroanatomy.https://jurnal.ugm.ac.id/jpki/article/view/53394anatomy lecturers consensus, learning objectives, anatomy, neuroanatomy, delphi process
spellingShingle Gabriela Claudia
Siti Munawaroh
Nanang Wiyono
Yunia Hastami
LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESS
Jurnal Pendidikan Kedokteran Indonesia
anatomy lecturers consensus, learning objectives, anatomy, neuroanatomy, delphi process
title LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESS
title_full LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESS
title_fullStr LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESS
title_full_unstemmed LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESS
title_short LEARNING OBJECTIVES OF NEUROANATOMY FOR UNDERGRADUATE MEDICINE: A DELPHI PROCESS
title_sort learning objectives of neuroanatomy for undergraduate medicine a delphi process
topic anatomy lecturers consensus, learning objectives, anatomy, neuroanatomy, delphi process
url https://jurnal.ugm.ac.id/jpki/article/view/53394
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