Background:Hobbies may be used on the residency application to communicate similarity or uniqueness to other members of their desired specialty.
Objectives:This study aimed to determine the most common hobbies among emergency medicine (EM) applicants and whether they differ from the reported hobbies of other applicants.
Methods:This was a two-center retrospective application review study at large U.S. midwestern academic institutions with a 3- and a 4-year EM residency program. Data from the “hobbies and interests” field of the Electronic Residency Application Service (ERAS) application from 2015 - 2019 were reviewed. Hobbies data were individually coded by two independent physician coders into 19 defined hobby types. EM applicants were compared to plastic surgery and psychiatry applicants.
Results:A total of 2675 individual hobbies were initially identified, with strong agreement between raters (κ = 0.92). The most commonly listed EM hobbies were sports (25.0%), outdoor (19.3%), and fitness (9.6%). Sports and outdoor hobbies were also listed most frequently by applicants to psychiatry and plastic surgery. While there were several significant differences between EM and other specialties, these differences were minimal overall.
Conclusions:Active hobbies appeared most prominently for all applicants. Less stereotypical EM hobbies, including literary arts and cooking, were also frequently noted, suggesting that applicants may have motivations beyond communicating similarity when listing hobbies.
Matching senior medical students to residency programs is a long and complex process and the hobbies and interests section of the Electronic Residency Application Service (ERAS) presents a particular enigma to applicants and programs. Applicants can opt for complete honesty, but many are advised to be strategic, including avoiding generic interests (1) and hobbies that indicate the potential for distraction (2). For programs, hobbies may be an important component of evaluating fit and holistic review, as some hobbies have been shown to be associated with decreased burnout (3, 4). However, they may also be a factor that can perpetuate bias (5).
Identity theory suggests that humans are apt to behave more favorably towards members of their own groups over non-group members, across a variety of different group types (6). This suggests that applicants would benefit most from conveying popular hobbies within their chosen specialty on their application, as hobbies are frequently utilized as a subject for conversation and bonding during the interview process (7).
EM physicians are commonly discussed within medicine as outdoorsy, adventurous team players, and an EM “personality” has been defined (8). This would suggest that EM residents are more likely than other specialties to list active hobbies, such as sports and fitness, although some studies have shown that not all common stereotypes are accurate in this group (9). No previous work has sought to verify whether EM applicants uniquely list hobbies that align with the EM stereotype on their residency applications.
Our hypothesis was that EM applicants at two institutions would most commonly list hobbies that conform to the EM stereotype and that differ from the reported hobbies of applicants to other specialties.
This was a retrospective application review study at two large midwestern academic institutions one with a 3-year EM residency program and one with a 4-year EM program.
Data from 5 cycles of applications to the University of Wisconsin (UW) EM residency program (2015 - 2019) was downloaded from the ERAS servers by the EM residency program coordinator. Data from the 2019 cycle of applications to the Northwestern University (NW) EM residency, the UW plastic surgery residency program, and the UW Psychiatry residency program was downloaded by their coordinators as comparators. These specialties were chosen for comparison as they each had strong associated stereotypes that differed significantly from the EM stereotype (10).
To ensure representation from all types of applicants throughout the rank list, the top 25 applicants on the rank list (approximately 20% of total rank list) from each year and the 25 applicants appearing lowest on the rank list from each year were used. To maintain the confidentiality of applicants, all applicant data other than hobbies were deleted prior to coding and analysis. Potentially personally identifiable information, such as pets’ names, were also stripped from the hobbies data by the program coordinator, while leaving the content intact as much as possible (eg, if the stated hobby was “walking my dog Misty,” only “Misty” would be removed). As personally identifiable data was not included in the analysis, all applicants’ hobbies data were eligible for inclusion; there were no exclusion criteria.
To account for the wide variety of phrasings used to convey similar hobbies (eg, “cooking,” “baking,” and “new recipes”), it was determined that a word frequency analysis would miss relevant nuance in the data. Therefore, hobbies were individually coded by two EM resident physicians independently into 19 defined hobby types across 5 categories based on previously defined academic work on leisure activities (11). See Table 1 for categories, types and example hobbies. Coders could also decide that a listed activity (eg, “informatics”) did not represent a true hobby. Cohen’s kappa was used to assess agreement between the initial type assignments. Disagreements in assigned types were resolved by discussion between the coders; if they were unable to reach agreement, the final assigned type would be decided by a third physician as there was no gold standard available for comparison. Descriptive statistics were calculated and two sample z-tests for proportions were performed between the groups. All statistics were performed using SPSS (IBM, Armonk, NY) and Excel (Microsoft, Redmond, WA).
|Physical||Action figures, cards, coins, insects, minerals, stamps|
|Records||Genealogy, scrapbooking, movie memorabilia|
|Spotting||Astronomy, bird watching, geocaching, metal detecting|
|Clothing||Cross-stitch, jewelry, knitting, leather crafting, quilting, sewing|
|Cooking||Baking, coffee roasting, cooking, home brewing|
|Garden||Gardening, hydroponics, topiary|
|Model||3D printing, blacksmithing, pottery, taxidermy, woodworking|
|Utility||Home building, knife making, programming, vehicle restoration|
|Animal||Beekeeping, horseback riding, pets|
|Outdoor||Backpacking, climbing, kayaking, biking, sailing|
|Travel||Cruise, excursion, exploration, road trip, traveling, sightseeing|
|Fitness||Aerobics, gymnastics, jogging, martial arts, weightlifting, yoga|
|Games||Board games, cosplaying, fantasy sports, poker, puzzles|
|Sports||Baseball, bowling, boxing, cricket, curling, roller derby, triathlon|
|Dance||Ballet, ballroom, Bollywood, hip hop, jazz, Latin, salsa, waltz|
|Music||Classical, country, electro, jazz, singing, saxophone, vocal, violin|
|Theatre||Acting, drama, juggling, magic, puppetry, stand-up comedy|
|Visual||Drawing, graffiti, painting, photography, sculpting, sketching|
|Literary||Creative writing, language learning, reading, writing|
This project was determined to be exempt quality improvement under the UW School of Medicine and Public Health Institutional Review Board.
Raters initially identified 2675 potential hobbies across EM, plastic surgery, and psychiatry. Agreement between the raters was strong (κ = 0.92). After reconciling rater disagreements, a total of 1868 EM hobbies were identified, with an average of 6.2 hobbies per applicant. Absolute number and percentage of individual hobbies are listed in Tables 2-5. The most commonly identified hobbies were sports (25.0%), outdoor (19.3%), and fitness (9.6%). The least commonly identified hobbies were records (0.1%), spotting (0.4%) and theatre (0.6%). Clothing related hobbies appeared significantly less in the top 25 group than in the bottom 25 group (P < 0.05); there were no other differences between the top 25 and bottom 25 EM applicants.
|Categories||UW||% of Total||NW||% of Total|
|Animal||84 a||5.2 a||6 a||2.3 a|
|Outdoor||327 a||20.3 a||33 a||12.6 a|
|Travel||94 a||5.8 a||32 a||12.3 a|
|Sports||416 a||25.9 a||51 a||19.5 a|
|Visual||30 a||1.9 a||10 a||3.8|
|Literary||125 a||7.8 a||32 a||12.3 a|
|Categories||EM||% of Total||Plastics||% of Total|
|Categories||EM||% of Total||Psych||% of Total|
This is the first study to analyze the ERAS application to examine EM applicants’ listed hobbies and how they compare to the hobbies of other specialties. Active, outdoor hobbies appear most frequently for EM applicants in our cohort, but also for applicants to psychiatry and plastic surgery.
Hobbies listed by applicants did not appear to uniformly conform to the stereotypically EM hobbies that would be predicted under identity theory. Uniqueness theory, or the idea that individuals are motivated to maintain a sense of moderate distinctiveness, in contrast to identity theory, may play a role as well (13). This motivation to stand out may be more significant given the large number of applicants involved in the EM residency application process, creating a justifiable fear of being “lost in the crowd.” The hobbies and interests field of ERAS allows applicants to list as many hobbies as desired, so it is possible that both theories may explain applicant behavior to some extent; this represents an avenue for future exploration.
Attentiveness, adaptability, and practicality are what set EM physicians apart from physician norms (8). It is not surprising to find that the most common hobbies of EM applicants include sports and outdoor activities, which emphasize similar characteristics. However, much of clinical medicine demands excellent teamwork and communication skills daily. Perhaps it should not be surprising then that psychiatry and plastic surgery applicants also enjoy sports and outdoor activities, at similar levels to EM applicants. Future research could explore whether these trends extend to specialties with more independent work such as radiology. While it initially appeared that there were many other differences between EM and psychiatry applicants, when psychiatry applicants were compared to the NW EM residency applicants only there was only one significant difference noted (NW EM applicants listed travel more frequently than psychiatry applicants, 12% vs. 7%), suggesting that these may not represent systematic differences between the two specialties.
Applicants and programs will find it interesting to note that many hobbies identified more frequently in the study cut against the widely held EM physician “adrenaline junkie” stereotype: cooking and literary arts appear frequently as well. This suggests that EM applicants need not adhere to any preconceived notions about how they should present themselves on their application. It is also of interest to note that there were few differences found between applicants in the top 25 and the bottom 25 on the rank list, further reinforcing the idea that applicants may safely be genuine when listing hobbies without disadvantaging their application.
There were notable differences between the hobbies of EM applicants at UW and NW. There were significantly more applicants that listed travel and arts hobbies from NW, perhaps due to its proximity to world-class museums and a major international airport. Similarly, more UW applicants listed outdoor hobbies; applicants may be attracted in part to the area’s easy access to lakes and trails. Previous research has shown differences in physician satisfaction by region and setting (rural vs. urban), which may relate in part to access to desired recreational activities (14). Further, resident physicians have little time to partake in recreational activities (15), so understanding and offering easy access to their hobbies may play an important role in preventing burnout; more research is needed in this area.
This study used two EM departments and two comparator departments; these applicants and rank lists may not be representative of applicants elsewhere. We were able to obtain more data from our own program than from the NW EM program and the comparator departments; a smaller sample size may have created spurious results through random variation. Some items listed under hobbies (such as “family”) were discarded, as they did not clearly fit our hobby schema. A small minority of applicants also communicated academic interests in this section of their application; as these were not a focus of this study, these too were discarded.
Categorizing hobbies is a subjective process; there is no gold standard to verify self-reported hobbies. Applicants may have withheld true hobbies that they did not deem acceptable for a residency application or inflated casual interests into hobbies in an effort to appear impressive, a phenomenon seen in other parts of the residency application (16). Categories used in this study may also be too broad to create worthwhile groupings; a high percentage of residents interested in “sports” may mean lots of baseball players or biathletes.
EM applicants at two institutions listed similar hobbies overall as two other specialties on their ERAS application. The hypothesis that applicants solely use hobbies to communicate similarity to the EM stereotype was not supported. Further, EM applicants do not appear to have a monopoly on interest in active, outdoor hobbies in this study population. Future work may explore whether there is regional variation in applicants’ hobbies, whether applicants are choosing programs in part due to their ability to partake in their hobbies while there, and whether programs can benefit from selecting applicants that are able to participate in their hobbies during residency.
Ballard D. Applying to IR Residency: Navigating the Electronic Residency Application Service (ERAS). Society of Interventional Radiology; 2014, [cited December 10, 2014]. Available from: http://rfs.sirweb.org/2014/10/12/applying-to-ir-residency-navigating-the-electronic-residency-application-service-eras/.
University of Chicago Pritzker School of Medicine. 2019-20 Residency Process Book. University of Chicago Pritzker School of Medicine; 2019.
Norvell JG. Which Wellness Activities Correlate with Lower Resident Physician Burnout? West J Emerg Med. 2019;20.
Winkel AF, Woodland MB, Nguyen AT, Morgan HK. Associations Between Residents' Personal Behaviors and Wellness: A National Survey of Obstetrics and Gynecology Residents. J Surg Educ. 2020;77(1):40-4. doi: 10.1016/j.jsurg.2019.08.014. [PubMed: 31492641].
Shappell E, Schnapp B. The F Word: How "Fit" Threatens the Validity of Resident Recruitment. J Grad Med Educ. 2019;11(6):635-6. doi: 10.4300/JGME-D-19-00400.1. [PubMed: 31871561]. [PubMed Central: PMC6919185].
Ben-Ner A, McCall BP, Stephane M, Wang H. Identity and in-group/out-group differentiation in work and giving behaviors: Experimental evidence. J Econ Behav Organ. 2009;72(1):153-70. doi: 10.1016/j.jebo.2009.05.007.
Hughes RH, Kleinschmidt S, Sheng AY. Using structured interviews to reduce bias in emergency medicine residency recruitment: Worth a second look. AEM Educ Train. 2021;5. doi: 10.1002/aet2.10562.
Jordan J, Linden JA, Maculatis MC, Hern HJ, Schneider JI, Wills CP, et al. Identifying the Emergency Medicine Personality: A Multisite Exploratory Pilot Study. AEM Educ Train. 2018;2(2):91-9. doi: 10.1002/aet2.10078. [PubMed: 30051075]. [PubMed Central: PMC6001604].
Schnapp BH, Fleming E, Kraut AS, Westergaard M, Batt RJ, Patterson BW. Maggots, Mucous and Monkey Meat: Does Disgust Sensitivity Affect Case Mix Seen During Residency? West J Emerg Med. 2019;21(1):87-90. doi: 10.5811/westjem.2019.9.44309. [PubMed: 31913825]. [PubMed Central: PMC6948699].
Harendza S, Pyra M. Just fun or a prejudice? - physician stereotypes in common jokes and their attribution to medical specialties by undergraduate medical students. BMC Med Educ. 2017;17(1):128. doi: 10.1186/s12909-017-0964-6. [PubMed: 28747204]. [PubMed Central: PMC5530564].
Stebbins R. Serious Leisure and Work. Sociol Compass. 2009;3(5):764-74. doi: 10.1111/j.1751-9020.2009.00233.x.
Hobbycue. Hobbies. Hobbycue; 2020. Available from: https://hobbycue.com/hobbies/.
Lynn M, Snyder C. Uniqueness seeking: Handbook of positive psychology. New York, USA: Oxford University Press; 2002. 395–410 p.
Leigh JP, Kravitz RL, Schembri M, Samuels SJ, Mobley S. Physician career satisfaction across specialties. Arch Intern Med. 2002;162(14):1577-84. doi: 10.1001/archinte.162.14.1577. [PubMed: 12123400].
Rich A, Viney R, Needleman S, Griffin A, Woolf K. 'You can't be a person and a doctor': the work-life balance of doctors in training-a qualitative study. BMJ Open. 2016;6(12). e013897. doi: 10.1136/bmjopen-2016-013897. [PubMed: 27913563]. [PubMed Central: PMC5168633].
Kistka HM, Nayeri A, Wang L, Dow J, Chandrasekhar R, Chambless LB. Publication misrepresentation among neurosurgery residency applicants: an increasing problem. J Neurosurg. 2016;124(1):193-8. doi: 10.3171/2014.12.JNS141990. [PubMed: 26207605].