Faced with increasing accountability for quality of care, health systems are redesigning practice environments to better align with payment reform and optimize care processes aimed at improving care.1 New models of care focus on interprofessional care teams to achieve the quadruple aim, which focuses on improving the patient experience of care, population health, cost of care, and the work life of health care clinicians and staff.2,3 Health systems and medical schools are increasingly seeking to build closer partnerships to accelerate the long-term success of this transformation by enhancing student engagement in value-added roles.4–10
There is a pressing need for health professions programs and medical schools to transform educational experiences to more effectively align with evolving health systems. In decades past, students were often viewed as valued team members, performing tasks such as dressing changes, blood draws, and documentation, which arguably contributed significantly to their educational experience.11 Over the past several decades, however, there has been a steady decline in the engagement of students in such roles. Today, students in both the preclerkship and clerkship curricula enter clinical sites largely as observers linked with attending physicians to learn “doctoring skills” (e.g., history and physical exam), professionalism, and key aspects of the doctor–patient relationship.12 Because of several factors including regulatory requirements, increased focus on quality, and diminishing students’ ability to document in the electronic medical record, opportunities to provide authentic contributions to team functioning are limited.13,14 This preceptorship model requires time for physicians to mentor and educate students, which can decrease clinical efficiency and negatively impact productivity.15,16 As a result, most student work is relegated to a peripheral and nonessential role on health care teams. The literature reporting outcomes of medical student work is notably limited and stems mainly from team-based quality improvement initiatives or service–learning projects.17–19 In this paradigm, learners infrequently contribute to teams and are only viewed as valuable once they are able to make independent clinically based decisions, such as contributing to development of a diagnostic or therapeutic plan. This typically requires years of training. Although students often do add value during clinical rotations, medical schools rarely explicitly identify these contributions as systems skills. They are often subsumed under the general heading of “team player” or “outstanding student,” and may not be thought of as significant contributions. At the same time, medical educators, health system leaders, and community stakeholders have come to believe that students can be better integrated into the health care team and make meaningful, recognizable contributions to care starting early in undergraduate medical education (UME) and spanning into graduate medical education (GME).10 Realizing this potential will depend on whether education leaders and stakeholders can successfully leverage the opportunities for students to improve the health of patients and populations while learning the core principles of health systems science (HSS).20,21
Between 2013 and 2016, the American Medical Association’s (AMA’s) Accelerating Change in Medical Education Consortium received grant submissions from a large percentage of U.S. allopathic and osteopathic medical schools through two rounds of grant funding, several of which explicitly proposed novel value-added roles for medical students.22 An overarching goal of the funding initiative is to better prepare medical students to succeed in evolving health care systems. This report uses a thematic analysis of written data from a plenary workshop including the 32 U.S. medical schools in the AMA Education Consortium that explored this concept in depth. Our approach specifically explores and identifies the stakeholders of value from activities, roles, and tasks students could perform in current clinical experiences, novel value-added roles, and key barriers and potential strategies for students to add value to the health system.
Members of the AMA’s Education Consortium of 32 U.S. medical schools undertook this investigation into value-added roles for students that spanned all points in the continuum of medical school, from the first through fourth years. For the purposes of this study, we defined value-added medical education as “Roles that are experiential and authentic, and have the potential for a positive impact on outcomes related to patients, populations, costs of care, or other processes within the health care system, and enhance student knowledge, attitudes, and skills in the clinical science or HSS.”6,10,21 HSS relates to an applied science that includes course work and application of various systems-related topics, including the evidence underlying interprofessional teamwork, population health, patient safety, and quality improvement.21 The University of Illinois at Chicago, the central institutional review board for the Accelerating Change in Medical Education initiative, determined that this study met criteria for exemption.
Medical education consortium meeting
In March 2016, a consortium-wide meeting was held to identify barriers and strategies to advance value-added medical education in UME. Educators or systems leaders from each school (121 total participants) gathered at the two-day meeting and contributed to discussions regarding value-added medical education. The AMA staff leadership team, advisory board members, additional educators and students from Penn State College of Medicine, and students from other consortium schools also participated. A plenary session conducted by two lead investigators (J.G., D.W.) facilitated activities designed to stimulate small- and large-group discussions regarding session objectives. Presenters provided an overview and additional information regarding the value of students in clinical settings. Sixteen small groups that included a range of five to nine participants were specifically asked to discuss and provide suggestions for the following questions:
- Considering current clinical roles for medical students, what specific tasks do they perform that add value to care delivery? What are potential opportunities for new or innovative value-added clinical roles?
- What are the challenges to creating value-added roles for medical students in health care settings? and
- What are potential strategies for overcoming these challenges?
Lastly, the large group reconvened to hear reports from each small group, with discussion of barriers and facilitators to advance value-added medical education. Field notes of these discussions were recorded by an AMA staff member, and all small groups submitted written responses using a structured form provided by the investigators. Sixteen forms were returned at the conclusion of the workshop.
Authors with experience in qualitative research methods led the analysis (J.G., M.D.). Our perspective when developing the plenary workshop was that students can add value to care delivery, and the intent was to help Consortium members think through the processes of implementing value-added roles for students. As faculty members of one of the Consortium schools, two authors (J.G., D.W.) had initiated several local initiatives providing students the opportunity to add value to health systems. Additionally, two authors (M.D., R.H.) are employed by the AMA and are part of a team that supports the efforts of the Consortium schools. As a part of this undertaking, the AMA sought to discern barriers and facilitators encountered by grantee schools in implementing their grant projects, one of which was value-added roles for students.
Following the working conference, investigators employed a thematic content analysis and used constant comparative analyses to review and code written responses and field notes from workshop activities.23,24 Two investigators (J.G., M.D.) independently analyzed a portion of the transcripts and field notes and then compared codes for inconsistency, and all authors came to consensus on the final codebook. Using this initial codebook, the same two investigators then independently coded the data. Through regular adjudication sessions, investigators identified the general categories and themes of priority areas related to value-added medical education. To enhance trustworthiness of the results, the technique of member checking was then performed with two medical educators to support the validity of the content analysis.25–27 All authors discussed findings and agreed on final results and strategies.
Our analysis produced several categories of results, including key principles of value-added roles and learning, the key stakeholders in value-added roles, methods to enhance current clinical experiences and new roles for students that add value, and barriers and strategies to promote value-added roles.
Key principles of value-added roles and learning
Participants identified three unifying principles that reflect student characteristics that enhance the opportunity for students to add value to patient care and the health system.
Students have time and are positioned to make a connection with patients.
Students were considered in a prime position to meaningfully contribute to patient care throughout medical school because of flexible schedules during clinical experiences and available time to perform tasks. While on clinical rotations, students’ time was considered to be an “untapped” resource, which positions them to engage in a variety of activities that could add value, such as advocating for patients or obtaining information required for patient care decisions.
Students have a substantial technologically sound skill set.
Students were described as “tech-savvy” individuals, products of high-quality colleges and universities and often with advanced degrees and significant prior work experience, with the potential to add much to care delivery. This generation of learners brings a skill set often not yet mastered by more senior colleagues, including resident and attending physicians. Participants believed many students are well positioned to enhance patient care and team learning through the creative use of new technologies, including Web-based applications, social media, and smartphones. In doing so, students can share their knowledge of new technology with health professionals, faculty, and patients to improve care.
Students bring a unique inquiry and problem-solving mind-set.
In a clinical environment that can be focused on efficiency and checklists, students are felt to bring a “beginner’s mind” approach to medicine. This approach includes a spirited inquiry and problem-solving mindset that can fuel healthy dialogue, analysis, and quality improvement, benefiting team functioning and patient care. By observing the health system with “fresh eyes” and with the time to access the patient’s experience, students can generate and spread new ideas, reporting to leadership what they have observed.
Key stakeholders of value
Our collective work has identified the key stakeholders of “value” provided by students in patient care. We have organized these stakeholders into two main categories: the health system, and the educational system (see Table 1). For each stakeholder, benefits and “costs” to these groups are identified.
Enhancing current clinical experiences and new roles that add value
Participants identified numerous opportunities for students to increase their value to care in already-existing educational, community, and clinical settings—in particular, clinical clerkships and rotations (Table 2). Study participants identified multiple categories and specific activities where students could contribute meaningfully to health care and their own learning. In many instances, these proposed strategies are a reorientation or more explicit delineation of student activities that may once have been integral to student roles, or methods to enhance or extend student roles and activities while in clinical settings.
For new and innovative roles, our participants identified seven opportunities for student engagement that, to our knowledge, are not widely used in the United States and international medical schools currently, but have the potential to be incorporated into educational settings (Table 3). Emerging possibilities include patient navigators, health coaches, care transitions facilitators, and patient safety analysts.10,20 Participants focused on the capability of students to assess a patient or health system issue and to participate in directly enhancing the care of patients or improving systems of care. All of these roles require continuity and longitudinal working relationships to reach their potential.
Barriers and strategies to promote value-added roles
Six main barriers to advancing value-added roles in UME were identified, along with corresponding strategies to overcome these barriers. Figure 1 is a key-driver diagram that depicts the goals, key barriers, and proposed potential strategies that influence the challenges.
Student engagement, skills, and assessments.
Participants identified that students may be unlikely or unwilling to engage in novel roles because of their prioritization of preparation for licensing examinations and lack of baseline skills to perform new tasks. Additionally, if the roles were to enhance learning in HSS, participants believed formal assessments would be needed to track students’ acquisition of skills. Strategies to address these challenges could include connecting systems-based experiences with learning goals in clinical sciences.
Balance of service versus learning.
Participants raised concern about having the students perform service, or perceived “scut” work, for the betterment of others and their education. Sample strategies include developing new value-added roles, furthering understanding of the balance between learning and service, and a complementary research agenda to demonstrate the impact of student activities.
Resources, logistics, and supervision.
Participants identified several resourcing and logistical barriers to new roles, which include aligning student and clinical site schedules, robust understanding and supervision by site mentors, and arranging legal documentation for students to be performing such work. Sample strategies include developing flexible student schedules, dedicating time in curricula for new roles, and building a scalable network to accommodate all medical students.
Productivity and billing pressures.
Because most of the mentorship would be undertaken by site providers such as physicians and care coordinators, these individuals would need to increasingly balance their mentorship time with their need to maintain clinical workload and billing of encounters. Proposed strategies include a reconsideration of reimbursement for medical education and a focus on evaluating the return on investment to the health system through new roles.
Current health systems design and culture.
Several groups identified their concerns that the design of the health system may not be fully conducive to embedding students into new roles and sites. For example, if students were to perform population health management roles in primary care clinics or other community sites, a data analytics infrastructure along with skilled faculty oversight would be needed. For many health systems, this capability does not yet exist. Additionally, the idea of students performing team-based tasks would be new to academic faculty and staff, who might offer resistance. Strategies for addressing these health system barriers might include collaborating with systems to design students into new delivery models, and prioritizing longitudinal interprofessional learning relationships between students and workplace teams.
Faculty and staff were identified as having limited time and effort allocated to take on new mentorship roles for students. Several faculty members raised questions about the availability of mentors with the appropriate HSS skill set. In addition to the clear need for faculty development in HSS, educational leaders need to explicitly address the narrow perception that only physicians can effectively mentor future physicians.
Additionally, we identified three key themes regarding strategies to advance the value-added agenda. First, participants identified the need to educate clinical educators and health systems leaders in a new set of learner goals and expectations, with a particular focus on the concept of value-added roles. The target outcome of this effort would be a supportive environment for workplace learning that is aligned with collaborative, 21st-century clinical practice. Second, continuity of learning and working relationships for students in clinical sites was considered a critical component of success. Value-added roles depend on longitudinal exposure that supports acclimation and the development of authentic, trusting relationships with faculty, staff, and patients. Curriculum leaders interested in implementing continuous learning and working relationships for students should also explore and develop a set of “best practices” for addressing logistical and regulatory barriers. Last, a prerequisite to value-added roles is the provision of sufficient touch points for students in systems of care. While these touch points could be added to existing clinical placements and rotations, care must be taken to balance expectations and priorities. Truly meaningful experiences may well demand that educators take a hard look at competing curricular demands to increase student exposure to value-added roles.
These findings delineate potential next steps for reimagining the value that medical education can contribute to patients and the health systems in which care is provided. The enhancement of current learner activities with interprofessional care team members and potential integration of new roles to add value to the health system merits consideration in both everyday clinical activities as well as medical education reform discussions.28 The concept of value-added roles is emerging in the literature, and given the increasing focus on HSS in UME as a pivotal area of learning in addition to basic and clinical science, the need for new experiential opportunities is on the rise.20,21 As shown in our results and the literature, the potential ways in which students can add value are broad, ranging from point-of-care contributions, longitudinal patient outreach, and quality improvement initiatives.6,17,18,29 Student apprehensions about their responsibility in these new experiences and the tension for students to focus their education on clinical skills and board examination performance were primary perceived barriers and have been identified in prior work.30 Additional long-term efforts, such as reconfiguring the format and role of board examinations in residency placements, will be required to facilitate successful design, implementation, and sustainability of new programs.14,31
Our findings highlight a notable disconnect between faculty ideas for value-added roles and faculty perception of barriers in achieving those roles. Key opportunities suggested for students to make a difference for patients focused on contributions that are largely independent of faculty workload—for instance, availability to go into greater depth for medical information and evidence-based decision support, and time to engage underaddressed needs through patient counseling and advocacy. On the other hand, some prominent challenges to value-added roles focused on attending physician factors such as time, efficiency, and risk factors for burnout. Certainly, student educational needs can strain already-stressful clinical loads—but this occurs almost exclusively in the realm of traditional educational expectations for faculty—namely, direct observation, patient-based teaching, and feedback. It is notable that this view of students as a liability, fulfilling or not, also colors the view of students in roles that should be either neutral or possibly even an asset to health system performance and patient care. And it also highlights the traditional perception that medical education is the job of physician educators. Other members of the health care team, who in reality might have a greater role in enabling and supporting student value, are underappreciated as mentors and teachers. It is somewhat sobering that the group of providers surveyed here were largely educators from major academic medical centers, highlighting the perceptual transformation that may be required to successfully refocus educational efforts on potential student value to patient care and the health system.
Several limitations exist in this work. First, the educators and system leaders entered the workshop with varying degrees of experience in implementing value-added roles for students. For example, some participants listed patient navigation, health coaching, medical scribing, and participating in quality improvement teams as novel ways to integrate students into value-added roles, while others listed these experiences as already existing in their medical schools and health systems. Next, the investigators had assumptions about the potential for student work to add value, which may have influenced the design and analysis phase of the work.26,32 We also recognize that two investigators are employed by the AMA, and that these AMA-supported projects were specifically designed to advance education and bridge acknowledged gaps between education and medical practice. One significant component of bridging this gap is the creation of value-added roles for medical students. Therefore, educational goals of the grant program may have influenced the exploratory intent of this work. However, we believe these results represent a broad-based consensus of U.S. medical educators in the topic area.22,26 Although the current study has identified barriers and strategies for integrating students into value-added roles, further research is needed to prioritize this work on the basis of resources and capacity. Additional research is also needed to better define and quantify the contributions of medical students to education and health systems in which they learn and serve.9 Lastly, all participants were leading education projects in the United States, and therefore these results are situated in a market-driven health care context, potentially limiting the transferability of findings to international settings.
Recommendations have been made for medical education to increase the contributions of medical students to health care, but little scholarly work has advanced this field. We believe this study can provide an important starting point for rigorous inquiry into the characteristics of successful interventions and the outcomes and impact of student value-added roles in clinical settings. Key barriers and strategies identified here can be used to promote the development and implementation of workplace models that can be probed and tested through current or evolving quality and value metrics. An additional outcome of intense interest to both medical schools and health systems is the successful education of systems-ready physicians. This study lays important groundwork for both implementing and studying value-added enhancements and innovations in the context of patients, systems, and educational programs.
Acknowledgments: The authors would like to thank Dina Lindenberg, project manager at the American Medical Association, for her role in collecting field notes during the group discussions, all Penn State College of Medicine and American Medical Association (AMA) staff who played a role in organizing the spring 2016 Accelerating Change in Medical Education Consortium meeting in Hershey, Pennsylvania, and all participants who attended and shared their ideas during the workshop session.
1. Grumbach K, Lucey CR, Johnston SC. Transforming from centers of learning to learning health systems: The challenge for academic health centers. JAMA. 2014;311:1109–1110.
2. Berwick DM, Nolan TW, Whittington J. The triple aim: Care, health, and cost. Health Aff (Millwood). 2008;27:759–769.
3. Bodenheimer T, Sinsky C. From triple to quadruple aim: Care of the patient requires care of the provider. Ann Fam Med. 2014;12:573–576.
4. Ogrinc GS, Headrick LA, Boex JR. Understanding the value added to clinical care by educational activities. Value of Education Research Group. Acad Med. 1999;74:1080–1086.
5. Smith M, Saunders R, Stuckhardt L, McGinnis M. Committee on the Learning Health Care System in America. Institute of Medicine. Best Care at Lower Cost: The Path to Continuously Learning Health Care in America. 2013. Washington, DC: National Academies Press; http://www.ncbi.nlm.nih.gov/books/NBK207225
. Accessed January 23, 2017.
6. Gonzalo J, Thompson B. Value-added student roles that align education and health system needs [podcast]. https://vimeo.com/144129532
. Published 2015. Accessed February 3, 2017.
7. Lucey CR. Medical education: Part of the problem and part of the solution. JAMA Intern Med. 2013;173:1639–1643.
8. Sklar DP. How medical education can add value to the health care delivery system. Acad Med. 2016;91:445–447.
9. Ehrenfeld JM, Spickard WA 3rd, Cutrer WB. Medical student contributions in the workplace: Can we put a value on priceless? J Med Syst. 2016;40:128.
10. Gonzalo JD, Graaf D, Johannes B, Blatt B, Wolpaw DR. Adding value to the health care system: Identifying value-added systems roles for medical students. Am J Med Qual. 2017;32:261–270.
11. Ludmerer KM. Time to Heal: American Medical Education From the Turn of the Century to the Era of Managed Care. 1999.Oxford, UK: Oxford University Press.
12. Dornan T, Boshuizen H, King N, Scherpbier A. Experience-based learning: A model linking the processes and outcomes of medical students’ workplace learning. Med Educ. 2007;41:84–91.
13. Kuhn T, Basch P, Barr M, Yackel T; Medical Informatics Committee of the American College of Physicians. Clinical documentation in the 21st century: Executive summary of a policy position paper from the American College of Physicians. Ann Intern Med. 2015;162:301–303.
14. Gonzalo JD, Baxley E, Borkan J, et al. Priority areas and potential solutions for successful integration and sustainment of health systems science in undergraduate medical education. Acad Med. 2017;92:63–69.
15. Shea S, Nickerson KG, Tenenbaum 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;334:162–167.
16. Christner JG, Dallaghan GB, Briscoe G, et al. The community preceptor crisis: Recruiting and retaining community-based faculty to teach medical students—A shared perspective from the alliance for clinical education. Teach Learn Med. 2016;28:329–336.
17. Henschen BL, Bierman JA, Wayne DB, et al. Four-year educational and patient care outcomes of a team-based primary care longitudinal clerkship. Acad Med. 2015;90(11 suppl):S43–S49.
18. Gould BE, Grey MR, Huntington CG, et al. Improving patient care outcomes by teaching quality improvement to medical students in community-based practices. Acad Med. 2002;77:1011–1018.
19. Olney CA, Livingston JE, Fisch S, Talamantes MA. Becoming better health care providers: Outcomes of a primary care service–learning project in medical school. J Prev Interv Community. 2006;32:133–147.
20. Gonzalo JD, Haidet P, Papp KK, et al. Educating for the 21st-century health care system: An interdependent framework of basic, clinical, and systems sciences. Acad Med. 2017;92:35–39.
21. Gonzalo JD, Dekhtyar M, Starr SR, et al. Health systems science curricula in undergraduate medical education: Identifying and defining a potential curricular framework. Acad Med. 2017;92:123–131.
22. Skochelak SE, Stack SJ. Creating the medical schools of the future. Acad Med. 2017;92:16–19.
23. Boyatzis RE. Transforming Qualitative Information: Thematic Analysis and Code Development. 1998.Thousand Oaks, CA: Sage Publications.
24. Braun V, Clarke V. Using thematic analysis in psychology. Qual Res Pyschol. 2006;3:77–101.
25. Fraenkel JR, Wallen NE. How to Design and Evaluate Research in Education. 2009.7th ed. New York, NY: McGraw-Hill.
26. O’Brien BC, Harris IB, Beckman TJ, Reed DA, Cook DA. Standards for reporting qualitative research: A synthesis of recommendations. Acad Med. 2014;89:1245–1251.
27. Shenton A. Strategies for ensuring trustworthiness in qualitative research projects. Education Inf. 2004;22:63–75.
29. Doering A, Stueven J, Kalishman S, Wayne S, Sklar D. Can medical students identify problems in patient safety? Am J Med Qual. 2015;30:395–396.
30. Gonzalo JD, Haidet P, Blatt B, Wolpaw DR. Exploring challenges in implementing a health systems science curriculum: A qualitative analysis of student perceptions. Med Educ. 2016;50:523–531.
31. Prober CG, Kolars JC, First LR, Melnick DE. A plea to reassess the role of United States Medical Licensing Examination Step 1 scores in residency selection. Acad Med. 2016;91:12–15.
32. Dowling M. Approaches to reflexivity in qualitative research. Nurse Res. 2006;13:7–21.