Literature DB >> 35546456

New undergraduate medical education curriculum.

Niti Mittal1, Bikash Medhi2.   

Abstract

Entities:  

Mesh:

Year:  2022        PMID: 35546456      PMCID: PMC9249156          DOI: 10.4103/ijp.ijp_176_22

Source DB:  PubMed          Journal:  Indian J Pharmacol        ISSN: 0253-7613            Impact factor:   2.833


× No keyword cloud information.
Alarms for a comprehensive ponder on medical education are not new. The traditional undergraduate medical curriculum has faced tremendous criticism during the last few decades for being fragmented and overloaded and driving students to learn by rote and attain knowledge passively instead of inquisitiveness and exploration.[1] The need to inculcate substantial changes in the content of undergraduate medical curricula, as well as teaching and assessment methods, has been felt for long.[2] Competency-based medical education (CBME) has been adopted as an evidence-guided alternative to the traditional/conventional time-based medical education. The need to change the existing medical education curriculum has been felt due to the current complex systems of patient care. Recent times have witnessed paradigm shifts in the medical systems and patient health-care demands. The aim of CBME is to build physicians having capability to cope with the evolving health-care needs, and to enhance patient care. For providing optimal patient care, physicians need to be competent in skills which go well beyond the conventionally emphasized attainment and application of knowledge, such as communication, teamwork, ethics, attitude, professionalism, and holistic approach in patient care.[3] Due to its primary focus on learner outcomes and the competencies needed in clinical situations, CBME is expected to be in a position to prepare physicians for emerging health-care systems. The core premise of CBME is that there are clear definitions of the competencies which guide the blueprint of all curricular components and are deemed necessary to achieve optimal patient care outcomes. The adoption and implementation of CBME to achieve the desired goals rests on considerable re-addressal of assessment methods as well as faculty and learner relationships, capacities, and liabilities.[4] In fact, in CBME, each learner is visualized as an individual novice having distinctive development path, vigor, and domains for improvement. Hence, CBME is believed to be a holistic transformation in our approach to preparing competent physicians. Table 1 enumerates key differences between CBME and traditional time-based medical education framework.
Table 1

Differences between competency-based medical education and traditional time-based medical education framework

Competency-based medical educationTime-based medical education
Focus: What the learner doesWhat the learner knows
Learner–teacher relationship: One of the guiding toward attainment of competenceMainly unidirectional, where teachers impart knowledge/skills (teach) or judge (assess) the learner
Learning experiences: Learning is personalized to the maximum extent possible with more focus on improving learning by demonstrating competenceLearning is based on “one size fits all,” with little flexibility to cater personal needs
Curriculum: Introduction of competencies, integration of curriculum, clinical skill laboratories, ethics, and communicationThese concepts were not part of traditional curriculum
Teaching methodology: More focus on PBL, SDL, and SGDsMain emphasis on passive didactic lectures, with little avenues for active learner involvement
Assessment: Both formative and summative assessmentOnly summative assessment

PBL=Problem-based learning, SDL=Self-directed learning, SGDs=Small group discussions

Differences between competency-based medical education and traditional time-based medical education framework PBL=Problem-based learning, SDL=Self-directed learning, SGDs=Small group discussions

Salient Features of Competency-Based Medical Education

Problem-based learning

Problem-oriented approaches to learning or problem-based learning (PBL) seem to provide optimal conditions for adult learning directed mainly by internal factors such as impulse for success, individual goals, and contentment of learning rather than incentives and external rewards.[5] [Figure 1] depicts various ways by which PBL is claimed to improve interpersonal skills and attitudes among learners.
Figure 1

Advantages of problem-based learning

Advantages of problem-based learning

Integrated curriculum

The concept of integrated curriculum has been introduced with a vision to integrate clinical training into knowledge skeleton from the inception among medical students. This involves linking theoretical teaching in basic sciences with early training in basic clinical skills such as communication, case history taking, and physical examination.[67] It is believed that teaching and learning clinical and basic sciences in conjunction enables the learners to combine scientific knowledge and clinical experience which in turn facilitates good medical practice.[1] However, need of a strong background knowledge of basic sciences cannot be ignored as it forms the foundation for critical evaluation of scientific knowledge and its application to clinical care.

Adoption of Competency-Based Medical Education across Different Nations

CBME is gaining momentum and progressively being ingrained across the globe.[8]

India

In India, CBME has been incorporated into the undergraduate medical education curriculum under GMER 2019 amendment wherein the National Medical Commission has outlined the basic essential competencies required of an Indian medical graduate.[9] Key features of the new undergraduate medical education curriculum include:[1011121314151617] One-month foundation course Elective posting (2 months) Addition of attitude, ethics, and communication as a new subject Allotment of fixed hours for self-directed learning in every subject Early clinical exposure to introduce aspects of clinical and social contexts of patient care into the 1st year of undergraduate teaching program (30 h for each subject) Competency-based curriculum Structured formative assessment, periodic internal assessment, and end-of-phase summative assessment with appropriate and effective feedback built-in Skill development program Alignment and integration (sharing, nesting, and correlation) in curriculum.

Japan

Medical education in Japan has gone through remarkable changes since the terminal years of the 20th century.[18] In 2001, Japan incorporated a commendable model of an integrated medical education curriculum, a “model core curriculum.” This model curriculum defined essential core components to be incorporated as educational content guidelines (having 1218 specific behavioral objectives) in the undergraduate medical education program.[19] The guidelines include noncognitive components such as communication, team approach, and basic principles of medical practice in addition to knowledge and skills of medical education. The structure of curriculum is competency based and encompasses integrated curriculum, clinical skills laboratory, clinical clerkship, and PBL. United States of America In the United States of America, an innovative curriculum was developed under “The Undergraduate Medical Education for the 21[20] This project was mainly undertaken to design an undergraduate medical curriculum that provides the desired training and skills to medical students and delivers high-quality, accessible, and affordable health-care services.[20] Under this project, nine content areas essential in the practice of medicine have been defined which include “(1) health systems finance, economics, organization, and delivery; (2) practice of evidence-based, epidemiologically sound medicine, with emphasis on a population-based perspective; (3) ethics; (4) development of effective patient-provider relationships and communication skills; (5) leadership; (6) quality measurement and improvement, including cost-effectiveness and patient satisfaction; (7) systems-based care; (8) medical informatics; and (10) wellness and prevention.”[20]

United Kingdom

The undergraduate medical curriculum encompasses CBME. In 2008, a group of leading medical schools in the UK developed a consensus document on the “essential elements of communication curriculum.” The updated communication curriculum defines the principles, key components, and skills needed within the domain of modern medical care [Table 2].[21]
Table 2

Features of communication curriculum (United Kingdom)

Principles
 Core value: Respect for others
Core components of clinical communication
 Commence the consultation
 Assemble the desired information
 Elucidate; shared decision-making
 Close down the consultation
 Build the relationship
 Provide the structure
Specific domains of communication
 Discussing sensitive issues
 Responding to emotions
 Responding to uncertainty
 Discussing mistakes and complaints
 Breaking bad news
 Diversity in communication
 Barriers to communication
 Specific clinical contexts
 Health behavior change
 Communication during procedures
Methods of communication
 Face to face
 Telephone
 Written communication
 Digital medicine
 Electronic health record
Communication beyond the patient
Administering a “triadic” consultation (e.g., patient–relative–doctor)
Decision-making consultations with patients’ kinsmen
Engaging with lay and professional interpreters
Communication with fellows via different media sources
 Team working
Features of communication curriculum (United Kingdom)

Concluding Remarks

CBME, though a very promising and evidence-guided approach to curriculum, is not exempt from concerns and critiques. Proper implementation of the principles of CBME seems to be a demanding exercise in terms of manpower and resources. Furthermore, desired change in attitude and approach of teachers is a big challenge. The success of CBME depends largely on the way it is designed and implemented keeping into consideration the regional contexts and circumstances.
  13 in total

1.  Evaluating the outcome of communication skill teaching for entry-level medical students: does knowledge of empathy increase?

Authors:  H R Winefield; A Chur-Hansen
Journal:  Med Educ       Date:  2000-02       Impact factor: 6.251

2.  The Undergraduate Medical Education for the 21st Century (UME-21) project: the Federal Government perspective.

Authors:  Carol Bazell; Howard Davis; Jerilyn Glass; John Rodak; Stanford M Bastacky
Journal:  Fam Med       Date:  2004-01       Impact factor: 1.756

3.  Health professionals for a new century: transforming education to strengthen health systems in an interdependent world.

Authors:  Julio Frenk; Lincoln Chen; Zulfiqar A Bhutta; Jordan Cohen; Nigel Crisp; Timothy Evans; Harvey Fineberg; Patricia Garcia; Yang Ke; Patrick Kelley; Barry Kistnasamy; Afaf Meleis; David Naylor; Ariel Pablos-Mendez; Srinath Reddy; Susan Scrimshaw; Jaime Sepulveda; David Serwadda; Huda Zurayk
Journal:  Lancet       Date:  2010-11-26       Impact factor: 79.321

4.  From Flexner to competencies: reflections on a decade and the journey ahead.

Authors:  Carol L Carraccio; Robert Englander
Journal:  Acad Med       Date:  2013-08       Impact factor: 6.893

Review 5.  Undergraduate and postgraduate clinical education in Japan: the present and future situations.

Authors:  T Kozu
Journal:  Kobe J Med Sci       Date:  1997-12

6.  Consensus statement on an updated core communication curriculum for UK undergraduate medical education.

Authors:  Lorraine M Noble; Wesley Scott-Smith; Bernadette O'Neill; Helen Salisbury
Journal:  Patient Educ Couns       Date:  2018-04-22

7.  What's wrong with medical education?

Authors:  D C Maddison
Journal:  Med Educ       Date:  1978-03       Impact factor: 6.251

8.  Competency-based curriculum development on medical education: an introduction.

Authors:  W C McGaghie; G E Miller; A W Sajid; T V Telder
Journal:  Public Health Pap       Date:  1978

9.  Basic clinical skills: don't leave teaching to the teaching hospitals.

Authors:  B T Johnston; M Boohan
Journal:  Med Educ       Date:  2000-09       Impact factor: 6.251

Review 10.  Competency-based medical education: An overview and application in pharmacology.

Authors:  Nilima Shah; Chetna Desai; Gokul Jorwekar; Dinesh Badyal; Tejinder Singh
Journal:  Indian J Pharmacol       Date:  2016-10       Impact factor: 1.200

View more

北京卡尤迪生物科技股份有限公司 © 2022-2023.