Email updates

Keep up to date with the latest news and content from BMC Medical Education and BioMed Central.

Open Access Research article

Real time curriculum map for internal medicine residency

Roger Y Wong* and J Mark Roberts

Author Affiliations

Postgraduate Medical Education, Department of Medicine, University of British Columbia, Vancouver, Canada

For all author emails, please log on.

BMC Medical Education 2007, 7:42  doi:10.1186/1472-6920-7-42


The electronic version of this article is the complete one and can be found online at: http://www.biomedcentral.com/1472-6920/7/42


Received:14 September 2007
Accepted:7 November 2007
Published:7 November 2007

© 2007 Wong and Roberts; licensee BioMed Central Ltd.

This is an Open Access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/2.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Abstract

Background

To manage the voluminous formal curriculum content in a limited amount of structured teaching time, we describe the development and evaluation of a curriculum map for academic half days (AHD) in a core internal medicine residency program.

Methods

We created a 3-year cyclical curriculum map (an educational tool combining the content, methodology and timetabling of structured teaching), comprising a matrix of topics under various specialties/themes and corresponding AHD hours. All topics were cross-matched against the ACP-ASIM in-training examination, and all hours were colour coded based on the categories of core competencies. Residents regularly updated the map on a real time basis.

Results

There were 208 topics covered in 283 AHD hours. All topics represented core competencies with minimal duplication (78% covered once in 3 years). Only 42 hours (15%) involved non-didactic teaching, which increased after implementation of the map (18–19 hours/year versus baseline 5 hours/year). Most AHD hours (78%) focused on medical expert competencies. Resident satisfaction (90% response) was high throughout (range 3.64 ± 0.21, 3.84 ± 0.14 out of 4), which improved after 1 year but returned to baseline after 2 years.

Conclusion

We developed and implemented an internal medicine curriculum map based on real time resident input, with minimal topic duplication and high resident satisfaction. The map provided an opportunity to balance didactic versus non-didactic teaching, and teaching on medical versus non medical expert topics.

Background

Although accreditation bodies in North America have outlined well-established, multifaceted goals (overall direction of the education program), objectives (educationally useful elements that are rotation specific) and competencies (important observable knowledge, skills and attitudes) for residency training in internal medicine, the operational delivery of formal curriculum has been challenging for many postgraduate programs. Not only is there a tremendous and growing amount of academic content to cover during residency, but programs are also expected to teach residents all 6 general core competencies mandated by the Accreditation Council for Graduate Medical Education (ACGME) in the United States [1], or all 7 roles in the CanMEDS framework mandated by the Royal College of Physicians and Surgeons (RCPSC) in Canada [2]. All of these need to be achieved within a finite training period [3], and without extending training hours beyond the resident work hour restriction guidelines [4]. In some residency programs, formal curriculum is delivered through structured teaching opportunities such as academic half days (AHD) or full days. While these academic days may be mandatory, no standardized planning tool exists. Detailed educational planning is needed to achieve the largest possible impact, so that important topics are not missed and repetition is minimized. It is also unclear if the topics taught are actually pertinent to assessment at public internal medicine examinations, such as the American College of Physician – American Society of Internal Medicine (ACP-ASIM) in-training examination. The lack of standard methodology to manage the academic content within a busy curriculum, together with uncertainty if the content covered is actually relevant, present a double challenge for residency program directors and medical educators. Such challenge has been expressed and shared among program directors at national and international meetings.

Earlier educational studies have described the potential value of creating curriculum maps, mostly in the traditional K-12 school system [5]. A curriculum map is an educational tool that combines what is taught (the academic content), how it is taught (the teaching resources and opportunities), when it is taught (the timetable), and the measures used to assess if teaching has successfully occurred [6]. Like a road map to knowledge, a curriculum map makes the formal curriculum more transparent to all stakeholders and clarifies the relationships and links [6]. The process of establishing a map is, however, time and effort intensive. In health education, curriculum mapping has been used to help teach evidence based medicine [7], geriatrics [8], clinical nutrition [9], and computer-based virtual medical courses [10].

Curriculum mapping is a dynamic process, requiring ongoing (real time) feedback and needs assessment from the learners [11]. Ongoing feedback is commonly used in web based learning [12], which can be assessed using structured questionnaires [13,14] or focus groups [15]. We elected to have a designated group of residents from all training years to provide feedback, as this motivates residents to actively participate in their own education.

We recently developed a real time curriculum map specifically designed for internal medicine residents, mainly because our former scheduling method for the formal curriculum resulted in numerous duplications and omissions, and sub-optimal resident/faculty satisfaction. Our map allowed us to proactively manage the logistics and relevance of formal curriculum delivery during AHD, while taking into account the specific requirements of teaching residents the non medical expert core competencies as mandated by the ACGME or RCPSC. The primary objective of this article is to describe the development of this real time curriculum map. The secondary objective is to assess the impact of implementing the map on formal curriculum planning and resident satisfaction.

Methods

Setting

The core internal medicine residency training program at the University of British Columbia (UBC) is a 3-year program with a 3-year cyclical formal curriculum. There were 72 residents in our residency program in 2003–2004 (26 in post graduate year (PGY)-1, 26 in PGY-2, 20 in PGY-3), 74 in 2004–2005 (26 PGY-1, 20 PGY-2, 28 PGY-3), and 81 in 2005–2006 (31 PGY-1, 31 PGY-2, 19 PGY-3). The bulk of the residency training experience involved clinical rotations in general internal medicine (clinical teaching units) and medical sub-specialties. Although each rotation had specific educational objectives, formal curriculum delivery was predominantly unstructured and determined by individual preceptors. The main structured teaching opportunity involved a weekly AHD program, which ran for 4 hours every Wednesday afternoon and was a mandatory component of the program. Of the weekly 4 hours, 3 hours had scheduled teaching activities (the focus of the curriculum map), with the remaining 1 hour for personal independent learning. AHD was protected time for residents and all services were expected to release them from ward and patient duties.

Curriculum Map Development

In October 2004, we assembled the first 3-year cycle of the AHD curriculum map. We retrospectively used the 2003–2004 curricular data as baseline (which became year 1 of a 3-year cycle), and prospectively planned for the subsequent 2 years (2004–2005 and 2005–2006). The map was in the form of a matrix that comprised of 20 themes, which represented 16 specialties and 4 non medical expert themes (biomedical ethics, evidence based medicine, quality improvement, teaching skills). One hour of scheduled AHD time was allotted to each topic. Topics belonging to the same specialty/theme were grouped together in consecutive rows, and the hours of AHD coverage in each academic year were plotted in consecutive columns. All topics covered were cross-matched against the list of examination objectives from each year's ACP-ASIM in-training examination. The latter information was disseminated to all program directors after the annual examinations. The topics were colour coded to indicate those that were covered and examined, those covered but not examined, and those examined but never covered. The hours were also colour coded to indicate the category of core competencies covered, which paralleled those mandated by the national accreditation bodies. The map was updated monthly by the residency program secretary on an ongoing basis. A sample portion of the curriculum map is illustrated in the Appendix. We received approval from the UBC residency training committee to develop and implement the curriculum map and disseminate our experience.

Prior to the development of a curriculum map (baseline), AHD topics and speakers were determined by 2 of the 4 chief medical residents, without cross reference to what was previously taught and when it was taught. After implementation of the map, we assessed teaching needs on an ongoing basis. The topic, format (didactic and/or interactive) and speaker selection at AHD were determined by the AHD organizing committee, which comprised of 17 members (4 chief medical residents, 2 class representatives from each of the 3 years, and an additional 2 representatives from each class who expressed special interest in medical education, and chaired by the associate program director). The committee met every 4–6 weeks for about 90 minutes, during which members used the curriculum map to formulate a list of topics that fit into a series of predetermined AHD block themes. Members suggested potential speakers for these topics, with consideration of adequate and balanced representation based on geography (teaching or community hospitals) and expertise (clinical or research), and then extended personal invitations to the speakers. The information was collated by the chief medical residents and approved by the associate program director. On an ongoing basis, AHD topics were entered into the curriculum map by the program secretary.

Curriculum Map Evaluation

Evaluation of the AHD curriculum map was conducted from 2 perspectives: formal curriculum planning and resident satisfaction. The impact of the map on formal curriculum planning was assessed by the percentage of AHD coverage that represented core competencies in internal medicine, the extent of topic duplication, the amount of didactic versus non-didactic teaching sessions, and the amount of teaching on non medical expert competencies as mandated by the national accreditation bodies. Resident satisfaction was evaluated using a structured, 5-item survey administered after each AHD for the period July 1, 2003 to June 30, 2006, which provided baseline data (2003–2004), and evaluation data in the first (2004–2005) and second (2005–2006) years after implementation of the curriculum map. Residents were asked to rate each survey item on a Likert scale from 1 (minimum satisfaction) to 4 (maximum satisfaction), with higher numeric scores representing better satisfaction.

Descriptive statistics (cumulative frequencies and relative percentages) were used to describe the content of the curriculum map. All scores from the satisfaction surveys were reported as mean ± SD. Post-implementation satisfaction scores were compared with baseline using 2-tailed, unpaired t tests, and differences were considered significant when p value < 0.05. All analyses were performed using SPSS 11.0 statistical software package (SPSS Inc. Chicago, IL).

Results

The inaugural 3-year cycle of the AHD curriculum map included 283 scheduled hours. A total of 208 topics were covered, all of which (100%) represented core competencies in internal medicine.

Duplication of topics was minimal: most topics (163 or 78%) were covered once during the 3-year cycle. There were 30 topics (14%) that were covered twice in 3 years (e.g. general discussion on biomedical ethics, endocrine emergencies, thrombophilic conditions, HIV workshops, breast cancer, pulmonary function, etc.), and 11 topics (5%) were covered 3 times (e.g. acute coronary syndrome, diabetes mellitus, gastrointestinal bleeds, physical examination workshops, electrocardiography workshops, acid base disorder workshops, etc.) Two topics were covered 4 times in this formal curriculum cycle: sepsis/septic shock management, and the dermatologic manifestations of systemic disease. The topic on the principles of evidence based medicine was covered 5 times in 3 years.

The format of most AHD hours (241 or 85%) involved didactic activities, with the remaining 42 hours (15%) involved non-didactic teaching (such as physical examination workshops, case-based sessions, etc.). The latter increased substantially after implementation of the curriculum map, from 5 hours in 2003–2004, to 19 and 18 hours in 2004–2005 and 2005–2006 respectively.

The number of structured teaching hours in each of the 7 roles (core competencies) mandated by accreditation is summarized in Table 1. Of the scheduled AHD hours, most (220 hours or 78%) focused on competencies related to medical expertise (Table 1). The remaining hours covered non medical expert competencies in scholarly activities (16%), management skills (4%) and professional skills (2%). Of note, there was no specific AHD coverage of competencies on collaboration, communication and health advocacy in this formal curriculum cycle (Table 1). The proportion of AHD hours spent on non medical expert competencies increased over time: 19/90 (21%) in 2003–2004, 19/96 (20%) in 2004–2005, 23/97 (24%) in 2005–2006.

Table 1. Coverage of medical expert and non medical expert categories during academic half day classified by specialty/theme in a 3-year cycle of the formal curriculum map (2003 to 2006).

Among the 283 scheduled AHD hours, 83 hours (29%) of which involved topics that were tested in the annual ACP-ASIM in-training examination. The percentage of AHD hours covering topics that were examined did not vary much: 28/90 (31%) in 2003–2004, 29/96 (30%) in 2004–2005, 23/97 (24%) in 2005–2006. The specialties/themes with the highest proportion of AHD hours covered and examined were geriatrics (75%), medical oncology (67%), gastroenterology (63%), and respiratory (50%) respectively (Table 2). There were 530 topics identified as examined but never covered at AHD, notably in general internal medicine (85 topics or 16%), infectious diseases (73 topics or 14%), hematology (53 topics or 10%) and rheumatology (48 topics or 9%).

Table 2. Specialty topic/theme coverage during academic half day in a 3-year cycle of curriculum map (2003 to 2006).

While we mainly focussed on evaluating the process of creating a curriculum map, we also reviewed resident satisfaction surveys that were received for 255 of the total 283 hours (90% response rate) in the 3-year formal curriculum cycle (Table 3). The baseline satisfaction ratings prior to implementation of the curriculum map were high, ranging from 3.64 ± 0.21 to 3.78 ± 0.16 out of 4. After the first year of implementing the map, satisfaction ratings improved in all 5 survey items, and reached statistical significance for the items on evidence-based nature, preparedness of the speaker, presentation skills, and questions/discussion raised (Table 3). Interestingly, after the second year of implementation, satisfaction ratings trended back towards baseline values. Of note, the magnitude of changes over time remained small.

Table 3. Resident evaluation of academic half day before, during and after formal curriculum changes introduced based on curriculum map.

Discussion

We developed and implemented a cyclical curriculum map for our internal medicine residency program based on real time resident input. The map provided easy visualization of structured teaching activities that occurred at AHD, as well as an opportunity to continuously review the format (didactic versus non-didactic) and nature of teaching (medical versus non medical expert competencies). In the first 3-year cycle, all topics covered were relevant and represented core competencies, with minimum topic duplication. The curriculum map allowed any duplication to be reviewed and/or rationalized. Resident satisfaction remained high after implementing the map. These findings appear promising.

A curriculum map can identify potential gaps so that appropriate action can be taken [16]. For instance, only 29% of the scheduled hours covered topics that were actually tested in past ACP-ASIM examinations. While we recognized that our AHD should not merely cover competencies that were tested in the past, and not all competencies were testable in a multiple-choice format, we discovered a substantial number of topics that were examined but never formally covered at AHD, especially in general internal medicine, infectious diseases, hematology and rheumatology. These mirrored the same content areas where our resident performance in the ACP-ASIM examination was lower. The curriculum map may help to highlight deficiencies in topic coverage within these specialties for future educational planning.

Teaching gaps arise within the context of curricular changes, and the real time nature of the curriculum map permits ready incorporation of dynamic changes. For example, there was no specific AHD coverage of competencies on collaboration, communication and health advocacy in the first 3-year formal curriculum cycle, although we were mandated to teach these competencies by the accreditation bodies. These were relatively new areas in the formal curriculum, which required innovative and conscientious efforts to teach well. A curriculum map can help to unmask competencies that may have become hidden otherwise [17]. In the new cycle of curriculum map, we have now introduced new theme blocks to focus on competencies of collaboration, communication, health advocacy, as well as other medical content areas of palliative care and peri-operative medicine. Another example of change involved the introduction of more non-didactic, interactive sessions. The majority of our AHD activities involved didactic teaching using the classical pedagogic method of lectures, which is common in internal medicine [18]. The curriculum map made it logistically easier to track the gradual increase in non-didactic sessions. During the study period, non-didactic hours increased substantially after implementation of the curriculum map. Adult learners generally learn better with interaction, and it would be interesting to see this if the interactive, non-didactic sessions proved to be better rated than the didactic ones. Future studies with a larger sample size are warranted.

We realized that AHD could not be the only structured teaching opportunity to deliver a large internal medicine formal curriculum, and other venues such as noon-hour rounds and special retreats could be deployed to teach some competencies. We recognize omitting other educational experiences would affect the selection or distribution of topics in the AHD part of the curriculum. In the new formal curriculum cycle, we have expanded the curriculum map to include teaching at these venues. To help keep things simple and user friendly, we elected not to include topics covered during clinical rotations, although the latter was attempted in a recent study [19].

Resident satisfaction was high before and after implementing the curriculum map. The satisfaction ratings improved modestly after the initial year, suggesting residents viewed positively the changes in AHD as driven by the curriculum map. It is unclear why the same ratings returned to baseline 2 years later. Perhaps by year 2, some of the new residents were never exposed to the baseline AHD experience and therefore had no comparison. Other possible explanations include higher resident expectations after the initial changes imposed by the map, or the need for further acceptance and/or fine-tuning for the newly introduced non medical expert topics. Our observation can also be explained by the Hawthorne effect and/or regression to the mean.

Besides satisfaction scores, there are other interesting outcomes as we evaluate the impact of the curriculum map longitudinally. For instance, the score averages from public certification examinations can reflect clinical knowledge from our residents, although such confidential information is not readily accessible for the residency program. Future practice choices and career trajectories are also of interest.

Our study findings have some limitations. This is a single site formal curriculum and may not be generalizable to other institutions. We reported data from 1 formal curriculum cycle, and are therefore uncertain as to whether the same conclusions noted can be applied to future cycles. The changes in resident satisfaction ratings over time were small, probably due to the ceiling effect of the unvalidated survey. Future efforts to validate the survey will be helpful.

Conclusion

In summary, we developed and implemented an internal medicine curriculum map based on real time resident input. Initial evaluation of this educational tool is promising. This has potential for broader implementation by residency programs as it highlights the spatial organization and interconnections between what is taught in the formal curriculum, how it is taught, and when it is taught, all within the context of teaching accreditation requirements in a finite period of training duration. The curriculum map requires ongoing needs assessment, and creates an opportunity of engaging residents to actively participate in their own education.

Competing interests

The author(s) declare that they have no competing interests.

Authors' contributions

RYW was the principal investigator of the study, developed and delivered the curriculum map, supervised the data collection and analysis, and was the principal author for the paper. JMR collaborated during the development of the curriculum map, reviewed and improved this paper. All authors read and approved the final manuscript.

Appendix

Table 4. A sample portion (General Internal Medicine) of the UBC Department of Medicine Postgraduate Education Curriculum Map.

Acknowledgements

We would like to thank Hazel Wilcox, Andrea Toker, and Nicole Stewart for their assistance and the members of the UBC academic half day organizing committee.

References

  1. ACGME outcome project general competencies [http://www.acgme.org/outcome] webcite

    July 21, 2007

  2. Frank JR, ed: The CanMEDS 2005 physicians competency framework. Better standards. Better physicians. In Better care. Ottawa: The Royal College of physicians and Surgeons of Canada; 2005. OpenURL

  3. ACGME Program Requirements for Residency Education in Internal Medicine [http://www.acgme.org/acWebsite/downloads/RRC_progReq/140_im_07012007.pdf] webcite

    August 8, 2007

  4. Gopal R, Glasheen JJ, Miyoshi TJ, Prochazka AV: Burnout and internal medicine resident work-hour restrictions.

    Arch Intern Med 2005, 165:2595-600. PubMed Abstract | Publisher Full Text OpenURL

  5. Koppang A: Curriculum mapping: building collaboration and communication.

    Intervention in School and Clinic 2004, 39(3):154-61. OpenURL

  6. Harden RM: AMEE Guide No. 21: Curriculum mapping: a tool for transparent and authentic teaching and learning.

    Medical Teacher 2001, 23(2):123-37. PubMed Abstract | Publisher Full Text OpenURL

  7. Green ML: Evidence-based medicine training in graduate medical education: past, present and future.

    Journal of Evaluation in Clinical Practice 2000, 6(2):121-38. PubMed Abstract | Publisher Full Text OpenURL

  8. Medina-Walpole A, Clark NS, Heppard B, Dannefer E, Hall W, McCann R: A user's guide to enhancing geriatrics in an undergraduate medical school curriculum: the ten-step model to winning the "geriatric game".

    J Am Geriatr Soc 2004, 52(5):814-21. PubMed Abstract | Publisher Full Text OpenURL

  9. Lo C: Integrating nutrition as a theme throughout the medical school curriculum.

    Am J Clin Nutr 2000, 72(suppl):882S-9S. OpenURL

  10. Harden RM, Hart IR: An international virtual medical school (IVIMEDS): the future for medical education?

    Medical Teacher 2002, 24(3):261-7. PubMed Abstract | Publisher Full Text OpenURL

  11. Denny JC, Smithers JD, Armstrong B, Spickard A: "Where do we teach what?" Finding broad concepts in the medical school curriculum.

    J Gen Intern Med 2005, 20:943-6. PubMed Abstract | Publisher Full Text | PubMed Central Full Text OpenURL

  12. McKimm J, Jollie C, Cantillon P: ABC of learning and teaching: Web based learning.

    BMJ 2003, 326:870-3. PubMed Abstract | Publisher Full Text | PubMed Central Full Text OpenURL

  13. Scott RE, Ndumbe P, Wootton R: An e-health needs assessment of medical residents in Cameroon.

    J Telemed Telecare 2005, 11(suppl 2):S78-80. PubMed Abstract | Publisher Full Text OpenURL

  14. Eisenstaedt RS, Glanz K, Polansky M: Resident education in transfusion medicine: a multi-institutional needs assessment.

    Transfusion 1988, 28(6):536-40. PubMed Abstract | Publisher Full Text OpenURL

  15. Tipping J: Focus groups: a method of needs assessment.

    J Contin Educ Health Prof 1998, 18:150-4. Publisher Full Text OpenURL

  16. Shehata Y, Ross M, Sheikh A: Undergraudate allergy teaching in a UK medical school: mapping and assessment of an undergraduate curriculum.

    Primary Care Respiratory Journal 2006, 15:173-8. PubMed Abstract | Publisher Full Text OpenURL

  17. Wachtler C, Troein M: A hidden curriculum: mapping cultural competency in a medical programme.

    Medical Education 2003, 37(10):861-8. PubMed Abstract | Publisher Full Text OpenURL

  18. FCIM internal medicine curriculum: a resource guide to curriculum development [http://www.acponline.org/fcim/] webcite

    The American College of Physicians 2nd edition.

    August 8, 2007

    OpenURL

  19. Cottrell , et al.: Using information contained in the curriculum management information tool (CurrMIT) to capture opportunities for student learning and development.

    Medical Teacher 2004, 26(5):423-7. PubMed Abstract | Publisher Full Text OpenURL

Pre-publication history

The pre-publication history for this paper can be accessed here:

http://www.biomedcentral.com/1472-6920/7/42/prepub