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Study |

National Appraisal of Dermatology Residency Training:  A Canadian Study FREE

Anatoli Freiman, MD; David A. Barzilai, MD, PhD; Benjamin Barankin, MD; Adam Natsheh, MD; Neil H. Shear, MD, FRCPC
[+] Author Affiliations

Author Affiliations: Divisions of Dermatology, McGill University, Montreal, Quebec (Dr Freiman); Case Western Reserve University School of Medicine, Cleveland, Ohio (Dr Barzilai); University of Alberta, Edmonton (Dr Barankin); and University of Toronto, Toronto, Ontario (Drs Natsheh and Shear).


Arch Dermatol. 2005;141(9):1100-1104. doi:10.1001/archderm.141.9.1100.
Text Size: A A A
Published online

Objectives  To provide the first comprehensive assessment of dermatology residency training in Canada based on the residents’ perspective; to examine and elucidate trends in current residents’ envisioned career paths and aspirations.

Design  A national survey conducted in June 2004.

Participants  All Canadian dermatology residents.

Main Outcome Measures  Cross-sectional analysis of (1) satisfaction with and importance placed by the trainees on the various curriculum components as measured by a 5-point Likert-type scale and (2) current residents’ career and practice plans.

Results  One hundred percent of dermatology residents across the country (n = 48) responded to the survey. The greatest discrepancies between ranked importance and corresponding satisfaction were observed for the teaching from faculty (both didactic and clinic based) and for the practice management exposure and training. Residents were most satisfied with dermatopathology education (score, 4.4 of 5.0) and least satisfied with cosmetic dermatology (2.7 of 5.0) and dermoscopy training (2.8 of 5.0). Men indicated more interest than women in academics (71% [n = 12] vs 45% [n = 14]), research (41% [n = 7] vs 16% [n = 5]), and teaching (71% [n = 12] vs 42% [n = 13]), while female residents were more inclined toward pediatric dermatology (42% [n = 13] vs 29% [n = 5]) and cosmetic dermatology (48% [n = 15] vs 29% [n = 5]). An overall trend of decreased interest in academic and hospital-based practice was noted with progression through residency training.

Conclusions  This study provides a current picture of dermatology postgraduate education in Canada from the residents’ perspective. Above all, dermatology residents desire more teaching (clinic, didactic, and practice management) and mentorship from their faculty. Recruitment and retention of women in academic dermatology may benefit from early intervention during residency. The data are intended to assist dermatology programs with development, evaluation, and improvement of their curricula and can serve as a reference point to gauge future trends.

Figures in this Article

The future of dermatology resides in our residency training programs. Development of dermatology curricula has received increasing attention and study in the past 2 decades, including appraisal of basic science and teaching conferences,1,2 journal clubs,3,4 dermatologic surgery training,5,6 and mandated research in residency.7 Notably, residents are major stakeholders in the training process, uniquely positioned to provide feedback and articulate preferences and values for consideration in curriculum innovation. Surveys of residents have yielded important data for curriculum improvement.1,8 For instance, findings from a study by Webb et al9 led to the University of Alabama dermatology program providing broader surgical training and a more diverse conference schedule.

The present study was undertaken to provide the first comprehensive assessment of dermatology residency training in Canada based on the residents’ perspective. Specifically, we were interested in identifying target areas for curriculum improvement through the determination of significant gaps between resident-perceived importance and satisfaction with regard to educational components. Given that the future of the dermatology workforce, and of academic dermatology in particular, is integrally dependent on the career choices made by residents in training, a second important goal of the study was to examine and elucidate trends in current residents’ envisioned career paths and aspirations.

A comprehensive national survey of all core Canadian dermatology residents was conducted in June 2004, at the end of the academic year so as to allow the fullest experience in the program for each cohort year of residents. The questionnaire on dermatology residency training was designed through focus group sessions and pilot testing among dermatology residents and was reviewed for content and validity with input from academic dermatologists nationwide. Survey questions solicited information from the residents in the following 4 areas: (1) demographic information; (2) level of satisfaction with various educational components in the program curriculum as measured on a 1-to-5 Likert-type scale10 (1, very dissatisfied; 2, somewhat dissatisfied; 3, average; 4, somewhat satisfied; 5, very satisfied); (3) perceived relative importance of the curriculum components (1, not important; 2, low importance; 3, somewhat important; 4, important; 5, very important); and (4) envisioned characteristics of future practice. For the last category, residents were allowed to check as many components as would constitute a significant part of their desired practice. We arbitrarily considered a clinically significant gap between importance and satisfaction to be at least 1.0 Likert unit, with highly clinically significant differences exceeding 1.5 Likert units.

The survey was conducted voluntarily and anonymously. The questionnaires were distributed to residents during academic rounds and subsequently collected in sealed unmarked envelopes. All data were subsequently entered into an SAS statistical database and tabulated (version 9.1; SAS Institute, Cary, NC; http://www.sas.com). Analysis was performed using SPSS statistical software, version 11.5 (SSPS Inc, Chicago, Ill; http://www.SPSS.com). The Wilcoxon signed-rank test was used to measure significance of differences between importance and satisfaction for various components of the curricula, while the χ2 test was used for sex differences in residents’ career aspirations.

One hundred percent of core dermatology residents in Canada responded to the survey, for a total of 48 residents in accredited residency training programs during the 2003-2004 academic year. Seventeen (35%) of the residents across the country were men and 31 (65%) were women. Fourteen residents (29%) were in their first year of core dermatology training, 14 (29%) in their second year, and 20 (42%) in their third.

Residents attributed the highest educational importance to morphology/clinical unknowns slide sessions, teaching from the faculty in clinics, and formal didactic teaching from the faculty (Table 1). Morphology/clinical unknowns slide sessions were associated with the highest level of satisfaction (4.0), with 81% of residents (n = 39) ranking this component of training as very important (5.0). Residents were least satisfied with the formal didactic lectures and clinical teaching they received from faculty, with almost half of respondents (48%; n = 23) indicating dissatisfaction in these 2 areas (1 or 2 ranking). This was reflected by the largest gap between resident satisfaction and importance observed in these areas, with Likert scale discrepancies of 1.9 for formal didactic lectures and 1.6 for clinical teaching. Basic science didactic teaching was ranked second lowest, with 38% of residents (n = 18) dissatisfied. Dermatopathology, pediatric dermatology, and pigmented lesions/melanoma specialty training were deemed most important by the residents (Table 2). Lowest satisfaction was observed with cosmetic dermatology training, with 21% of residents (n = 10) very dissatisfied (1.0). Cosmetic dermatology training, however, was also regarded by residents as the least important of the 10 dermatology training areas queried. Satisfaction with dermoscopy, hair and nail disorders, photodermatology, and laser training were also ranked low. Differences between resident satisfaction and perceived importance in these 3 subspecialty disciplines exceeded 1 (ie, 1.1).

Table Graphic Jump LocationTable 1. Residents’ Perceived Importance of and Satisfaction With Educational Components in the Curriculum*
Table Graphic Jump LocationTable 2. Residents’ Perceived Importance of and Satisfaction With Dermatology Subspecialty Discipline Training*

Table 3 reflects resident satisfaction with program characteristics and the perceived relative importance placed on those characteristics during training. The greatest importance was ascribed to a supportive and collegial learning environment, patient presentations/discussions at rounds, and volume and variety of patients seen. Residents reported the lowest satisfaction with practice management exposure and training as well as with receptiveness to their input into the training program. Fifteen percent of residents (n = 7) were very dissatisfied with research opportunities and support in their programs. The largest discrepancies between resident-perceived importance and satisfaction were for practice management (1.7), responsiveness to resident input in the program (1.4), and availability of faculty mentors and career counselling (1.2).

Table Graphic Jump LocationTable 3. Residents’ Perceived Importance of and Satisfaction With Training Program Characteristics*

Eighty-nine percent of residents across the country (n = 42) felt that there should be a dedicated resident-run continuity clinic where patients can be observed on a long-term basis in the final year of training. Whereas 80% of residents (n = 38) stated that they would be happy to participate in research during residency, 52% (n = 25) felt that the research component should be mandatory. Overall, 24% of residents (n = 12) indicated that research would constitute a significant part of their practice.

Figure 1 depicts the dermatology practice styles envisioned by the residents based on their level of training, while projected practice styles and career aspirations substratified by sex are demonstrated in Figure 2. Overall, the interest in academic or hospital-based practice declined with progression in residency, and a nadir in envisioned future plans was noted during the second year of dermatology training. More men than women indicated their interest in academics (P = .09), research (P = .06), and teaching (P = .06). Male residents were also more interested in surgical dermatology (P = .24) and dermatopathology (P = .22), while female residents were predominantly inclined toward cosmetic dermatology (P = .20) and pediatric dermatology (P = .39). Seventeen (35%) of the 48 residents planned to pursue fellowship training, with 7 indicating their fellowship interest in surgery or cosmetic procedures, 3 in dermatopathology, and 2 in pediatric dermatology.

Place holder to copy figure label and caption
Figure 1.

Envisioned practice styles of all dermatology residents. Data are given as percentage of eligible respondents in each category.

Graphic Jump Location
Place holder to copy figure label and caption
Figure 2.

Residents’ envisioned practice style and career aspirations by sex. Dermpath indicates dermatopathology. Data are given as percentage of eligible respondents in each category.

Graphic Jump Location

The present study is the most comprehensive and inclusive national survey of dermatology education ever performed. The multiple areas of perceived strengths and weaknesses that we identified in dermatology residency training offer insight into educational components that are important for resident satisfaction, and these findings can be used to better shape a successful dermatology curriculum. The areas of greatest discrepancy between resident satisfaction and perceived importance should receive greater attention in dermatology residency education if we hope to improve our residency programs.

Based on the study findings, above all, dermatology residents desire more teaching (clinic, didactic, and practice management) and mentorship from their faculty. Clinical practice and research have long dominated the attention of physicians, and unfortunately, teaching and mentoring have often been considered a lesser activity for which no clear incentives, career structures, or formal training is offered.11 This problem is prevalent in medicine: good teaching is often neither fostered nor adequately rewarded,1214 and the present study documents this problem in dermatology training. Several reviews have addressed the approach to teaching in dermatology.12,15,16 It is imperative to realize that faculty teaching and mentorship serve to strengthen our specialty; they should be valued as highly as publications and research.17 Mentorship can be a powerful tool to help residents achieve their personal and professional goals, and it should be better recognized with a proper reward and incentives system. Whereas practice management is not a formal part of training in most programs, additional structured instruction devoted to this component, as well as opportunities for hands-on preceptorships in dermatologists’ offices during training, may be of benefit.

The dermatology workforce in North America faces a significant shortage,18,19 with academic and medical dermatology particularly affected.20 Career aspirations of today’s dermatology residents are an important barometer for the future of the specialty, and the data from the present survey establish a reference point from which future trends can be gauged. A concerning finding from the study is that as dermatology residents progress through training, their interest in an academic and hospital-based career appears to wane. While several studies have examined the factors influencing residents’ decisions to embark on academic practice,21,22 further research is needed to elucidate this progression of attitudes. The finding that residents in the second year of core dermatology training appear to be at the nadir of their career vision and aspirations is intriguing. Additional career counselling and mentorship may be particularly beneficial during this period of residency training. However, it is also possible that such drop in interest reflects the profile of that particular cohort year rather than evolving opinions, and longitudinal follow-up studies are needed to further assess this potential trend.

Significantly more men than women indicated an interest in academics (71% [n = 12] vs 45% [n = 14]), research (41% [n = 7] vs 16% [n = 5]), and teaching (71% [n = 12] vs 42% [n = 13]). In contrast, female residents were more likely to express interest in pediatric dermatology (42% [n = 13] vs 29% [n = 5]) and cosmetic dermatology (48% [n = 15] vs 29% [n = 5]). A recent study has demonstrated that parenting issues may affect the workforce choices of women in dermatology.23 Women now make up the majority in dermatology residency training programs,23 and at the time of the present study, 65% of dermatology residents in Canada were women (n = 31). The challenge of recruiting and retaining women in academic dermatology remains, and concerted effort is needed to provide role models and mentors and to develop formal support mechanisms such as modified tenure tracks for academic advancement of women in our specialty.24 With the increasing percentage of female residents in dermatology programs, early intervention during residency may help foster their involvement in academic career paths.

There are several limitations of the study. First, the small sample size of the cohort limits the power of inferential statistics to detect clinically relevant response differences. Fortunately, the 100% response in this study implies that nonsignificant P values are still representative of the population, because in this case the sample was the entire population of interest.

Second, based on a study of Canadian residents, we can draw inferences only about Canadian dermatology training. Because training across countries has similarities, we may find comparable results across training programs in different countries, which compels further study. We hope that this national survey will set precedent for further appraisal of curricula and learners’ perspectives on training in other countries.

Finally, we recognize that residents’ perspectives on education may evolve as they leave training and enter practice. For example, residents may find themselves better prepared than they thought in certain areas and conversely lacking training in other areas they did not identify as important during residency. Longitudinal studies of recent graduates could provide additional insight on the evolution of attitudes.

A multifaceted approach is needed to best inform policy, including examination of educational structure, process, stakeholder values, and outcomes. Trainee opinions and input into residency programs are vitally important and underused. The present study provides a broad characterization of epidemiology of resident satisfaction and perceptions of training and the relationship between these variables. While our findings help identify target areas for dermatology curriculum enhancement, it is important to recognize that many other factors are pertinent to the consideration of curriculum development, including the measurement of primary outcomes. Ideally, follow-up and reappraisal of the effects of any intervention are necessary to confirm the intended outcome. Rigorous and generalizable outcomes research in medical education is challenging,25,26 and further studies focusing on training outcome measurement and attained domain competency assessment are needed in dermatology.

In conclusion, this survey provides insight into Canadian dermatology residents’ perspective on dermatology education. Although academic workforce numbers and budgetary constraints pose a challenge to improving certain areas of the curriculum, the value of incorporating the thoughts and perceptions of trainees must not be ignored. While dermatology and other medical postgraduate programs provide a training structure founded on departmental leadership, years of experience, and the requirements of educational governing bodies, dermatology trainees should be seen as active players in their education. Recognition of the factors important to residents and their incorporation into curricula will strengthen the specialty by improving the education of future generations of dermatologists.

Correspondence: Anatoli Freiman, MD, Division of Dermatology, McGill University, 3550 Jeanne-Mance St, Room 2506, Montreal, Quebec, Canada H2X 3P7 (anatoli.freiman@sympatico.ca).

Accepted for Publication: June 3, 2005.

Author Contributions:Study concept and design: Freiman, Barankin, Natsheh, Barzilai, and Shear. Acquisition of data: Freiman, Barankin, and Natsheh. Analysis and interpretation of data: Freiman, and Barzilai. Drafting of the manuscript: Freiman, Barzilai, and Barankin. Critical revision of the manuscript for important intellectual content: Natsheh and Shear. Statistical analysis: Michael Edwardes, PhD, Division of Epidemiology, McGill University. Obtained funding: Shear. Administrative, technical, or material support: Shear. Study supervision: Shear.

Financial Disclosure: None.

Funding/Support: This study was supported by the Canadian Professors of Dermatology, Toronto, Ontario.

Role of the Sponsors: The sponsors had no role in the design and conduct of the study, in the collection, analysis, and interpretation of data, or in the preparation, review, or approval of the manuscript.

Disclaimer: Dr Freiman had access to all of the data in the study and takes full responsibility for the integrity of the data and the accuracy of the data analysis.

Acknowledgment: We thank Robert P. Dellavalle, MD, PhD, MSPH, Chih-ho Hong, MD, FRCPC, Channy Muhn, MD, FRCPC, and Poonam Rajan, MD, FRCPC, for their contributions to the survey design. We also gratefully acknowledge all Canadian dermatology residents who agreed to participate in the study.

Cruz  PD  JrCharley  MRBergstresser  PR Basic science conferences in residency training: a national survey J Am Acad Dermatol 1987;16413- 419
PubMed
Cruz  PD  JrChaker  MB Teaching conferences in dermatology residency programs revisited J Am Acad Dermatol 1995;32675- 677
PubMed
Anderson  BEMarks  JG  JrMiller  JJ Continue reading Arch Dermatol 2001;1371105- 1106
PubMed
Arndt  KA Information excess in medicine: overview, relevance to dermatology, and strategies for coping Arch Dermatol 1992;1281249- 1256
PubMed
Todd  MMMiller  JJAmmirati  CT Dermatologic surgery training in residency Dermatol Surg 2002;28547- 550
PubMed
Reichel  JLPeirson  RPBerg  D Teaching and evaluation of surgical skills in dermatology: results of a survey Arch Dermatol 2004;1401365- 1369
PubMed
Kirsner  RSKerdel  FAFalanga  VTrent  JEaglstein  WH The role of mandated research during dermatology residency training J Invest Dermatol 1999;112400- 401
PubMed
Cruz  PD  JrKnipper  JEBlack  AASonnier  GBHud  JA  JrChaker  MB 1992 AAD Award for Excellence in Education: the Integrated Basic and Clinical Science Conference Series at the University of Texas Southwestern Medical Center J Am Acad Dermatol 1993;29761- 772
PubMed
Webb  JMRye  BFox  LSmith  SDCash  J State of dermatology training: the residents' perspective J Am Acad Dermatol 1996;341067- 1071
PubMed
Likert  RA A technique for the measurement of attitudes Arch Psychol 1932;1401- 55
Lempp  HSeale  C The hidden curriculum in undergraduate medical education BMJ 2004;329770- 773
PubMed
Cruz  PD  Jr A personal perspective on residency education Arch Dermatol 1995;131406- 410
PubMed
Shea  SNickerson  KGTenenbaum  J  et al.  Compensation to a department of medicine and its faculty members for the teaching of medical students and house staff N Engl J Med 1996;334162- 167
PubMed
Powner  DJRogers  PLKellum  JA Compensation for teaching in critical care Crit Care Med 2000;281612- 1615
PubMed
Brodell  RTWile  MZChren  MMBickers  DR Learning and teaching in dermatology: a practitioner's guide Arch Dermatol 1996;132946- 952
PubMed
Stratman  EDyer  J Problem-based learning: an approach to dermatology resident education Arch Dermatol 2002;1381299- 1302
PubMed
Schindler  NWinchester  DPSherman  H Recognizing clinical faculty's contributions in education Acad Med 2002;77940- 941
PubMed
Maguiness  SSearles  GEFrom  LSwiggum  S The Canadian Dermatology Workforce Survey: implications for the future of Canadian dermatology—who will be your skin expert? J Cutan Med Surg 2004;8141- 147
PubMed
Resneck  J  JrKimball  AB The dermatology workforce shortage J Am Acad Dermatol 2004;5050- 54
PubMed
Werth  VPVoorhees  JFreedberg  IMSontheimer  RD Preserving medical dermatology: a colleague lost, a call to arms, and a plan for battle Dermatol Clin 2001;19583- 592
PubMed
Prystowsky  JH Factors influencing the pursuit of careers in academic medicine J Invest Dermatol 1992;98125- 127
PubMed
Rubenstein  DSBlauvelt  AChen  SCDarling  TN The future of academic dermatology in the United States: report on the resident retreat for future physician-scientists, June 15-17, 2001 J Am Acad Dermatol 2002;47300- 303
PubMed
Jacobson  CCNguyen  JCKimball  AB Gender and parenting significantly affect work hours of recent dermatology program graduates Arch Dermatol 2004;140191- 196
PubMed
Pincus  S Women in academic dermatology: results of survey from the professors of dermatology Arch Dermatol 1994;1301131- 1135
PubMed
Carney  PANierenberg  DWPipas  CFBrooks  WBStukel  TAKeller  AM Educational epidemiology: applying population-based design and analytic approaches to study medical education JAMA 2004;2921044- 1050
PubMed
Lim  JKGolub  RM Graduate medical education research in the 21st century and JAMA on call JAMA 2004;2922913- 2915
PubMed

Figures

Place holder to copy figure label and caption
Figure 1.

Envisioned practice styles of all dermatology residents. Data are given as percentage of eligible respondents in each category.

Graphic Jump Location
Place holder to copy figure label and caption
Figure 2.

Residents’ envisioned practice style and career aspirations by sex. Dermpath indicates dermatopathology. Data are given as percentage of eligible respondents in each category.

Graphic Jump Location

Tables

Table Graphic Jump LocationTable 1. Residents’ Perceived Importance of and Satisfaction With Educational Components in the Curriculum*
Table Graphic Jump LocationTable 2. Residents’ Perceived Importance of and Satisfaction With Dermatology Subspecialty Discipline Training*
Table Graphic Jump LocationTable 3. Residents’ Perceived Importance of and Satisfaction With Training Program Characteristics*

References

Cruz  PD  JrCharley  MRBergstresser  PR Basic science conferences in residency training: a national survey J Am Acad Dermatol 1987;16413- 419
PubMed
Cruz  PD  JrChaker  MB Teaching conferences in dermatology residency programs revisited J Am Acad Dermatol 1995;32675- 677
PubMed
Anderson  BEMarks  JG  JrMiller  JJ Continue reading Arch Dermatol 2001;1371105- 1106
PubMed
Arndt  KA Information excess in medicine: overview, relevance to dermatology, and strategies for coping Arch Dermatol 1992;1281249- 1256
PubMed
Todd  MMMiller  JJAmmirati  CT Dermatologic surgery training in residency Dermatol Surg 2002;28547- 550
PubMed
Reichel  JLPeirson  RPBerg  D Teaching and evaluation of surgical skills in dermatology: results of a survey Arch Dermatol 2004;1401365- 1369
PubMed
Kirsner  RSKerdel  FAFalanga  VTrent  JEaglstein  WH The role of mandated research during dermatology residency training J Invest Dermatol 1999;112400- 401
PubMed
Cruz  PD  JrKnipper  JEBlack  AASonnier  GBHud  JA  JrChaker  MB 1992 AAD Award for Excellence in Education: the Integrated Basic and Clinical Science Conference Series at the University of Texas Southwestern Medical Center J Am Acad Dermatol 1993;29761- 772
PubMed
Webb  JMRye  BFox  LSmith  SDCash  J State of dermatology training: the residents' perspective J Am Acad Dermatol 1996;341067- 1071
PubMed
Likert  RA A technique for the measurement of attitudes Arch Psychol 1932;1401- 55
Lempp  HSeale  C The hidden curriculum in undergraduate medical education BMJ 2004;329770- 773
PubMed
Cruz  PD  Jr A personal perspective on residency education Arch Dermatol 1995;131406- 410
PubMed
Shea  SNickerson  KGTenenbaum  J  et al.  Compensation to a department of medicine and its faculty members for the teaching of medical students and house staff N Engl J Med 1996;334162- 167
PubMed
Powner  DJRogers  PLKellum  JA Compensation for teaching in critical care Crit Care Med 2000;281612- 1615
PubMed
Brodell  RTWile  MZChren  MMBickers  DR Learning and teaching in dermatology: a practitioner's guide Arch Dermatol 1996;132946- 952
PubMed
Stratman  EDyer  J Problem-based learning: an approach to dermatology resident education Arch Dermatol 2002;1381299- 1302
PubMed
Schindler  NWinchester  DPSherman  H Recognizing clinical faculty's contributions in education Acad Med 2002;77940- 941
PubMed
Maguiness  SSearles  GEFrom  LSwiggum  S The Canadian Dermatology Workforce Survey: implications for the future of Canadian dermatology—who will be your skin expert? J Cutan Med Surg 2004;8141- 147
PubMed
Resneck  J  JrKimball  AB The dermatology workforce shortage J Am Acad Dermatol 2004;5050- 54
PubMed
Werth  VPVoorhees  JFreedberg  IMSontheimer  RD Preserving medical dermatology: a colleague lost, a call to arms, and a plan for battle Dermatol Clin 2001;19583- 592
PubMed
Prystowsky  JH Factors influencing the pursuit of careers in academic medicine J Invest Dermatol 1992;98125- 127
PubMed
Rubenstein  DSBlauvelt  AChen  SCDarling  TN The future of academic dermatology in the United States: report on the resident retreat for future physician-scientists, June 15-17, 2001 J Am Acad Dermatol 2002;47300- 303
PubMed
Jacobson  CCNguyen  JCKimball  AB Gender and parenting significantly affect work hours of recent dermatology program graduates Arch Dermatol 2004;140191- 196
PubMed
Pincus  S Women in academic dermatology: results of survey from the professors of dermatology Arch Dermatol 1994;1301131- 1135
PubMed
Carney  PANierenberg  DWPipas  CFBrooks  WBStukel  TAKeller  AM Educational epidemiology: applying population-based design and analytic approaches to study medical education JAMA 2004;2921044- 1050
PubMed
Lim  JKGolub  RM Graduate medical education research in the 21st century and JAMA on call JAMA 2004;2922913- 2915
PubMed

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