by Brianna F. Waller, PharmD, PGY-1 Pharmacy Practice Resident, Baptist Memorial Hospital – North Mississippi
During their year-long commitment toward becoming a competent practitioner, many pharmacy residents (and other post-graduate trainees) will suddenly find themselves partially or fully responsible for someone else’s learning as a “preceptor." Although assuming this role may make some residents uneasy, the positive benefits of “near-peer” teachers and layered learning have been repeatedly discussed in secondary and higher education literature. Indeed, medical school students report they value and respond well to learning from near-peers due to their recent experience and relatability. Near-peer teachers are not too far removed from the students’ “struggles” and experiences.1 Let’s take a closer look at how this can be applied within pharmacy education.
Layered-Learning Practice Model Senior educators work with advanced learners to teach junior leaners |
A survey sent to all residency program directors (RPDs) of ASHP-accredited programs determined precepting opportunities for residents, identified barriers to developing precepting skills, and discovered opportunities to optimize programming. Among the 538 responses, the researcher found that 71% of residency programs did not offer a formal precepting rotation despite the fact that 59% of RPDs admitted their graduates frequently accepted positions that involved teaching / precepting.2 Just as importantly, there is a serious shortage of pharmacy preceptors! In another survey (n= 4,396) of pharmacists, 73% accepted an invitation to precept two or more students in the past year but almost half turned students away.3 This gap is a glaring opportunity for the layered learning practice model. One of the benefits of this model is the fact that it increases the amount of time that attending pharmacists (aka senior preceptors) can spend focusing on their practice while allowing the resident to spend the most time supervising students and thereby gaining valuable precepting experience. Engaging residents in this role increases the number of people available to precept the growing number of student pharmacists without causing the workflow to suffer. Providing structured experiences for residents to precept students not only helps fill the gap, but they get feedback about their precepting skills before accepting post-residency positions that require them to teaching/precepting.
The layered learning practice model (LLPM) is a teaching strategy designed to train residents to precept students and, in some cases, more junior residents with oversight from a more experienced pharmacist. The four recommended steps to help all parties get the most out of the LLPM are orientation, pre-experience planning, implementation, and post-experience evaluation.4 I will use my own experiences with the Teaching & Learning Program during my PGY-1 program through the University of Mississippi School of Pharmacy (UMSOP) to illustrate concepts of the LLPM.
Let’s start by breaking down each component of the LLPM. Orientation to the LLPM is vital not only for the resident but also for the attending pharmacist. This helps outline goals, expectations, and responsibilities for each party, thus reducing the potential for overlap and confusion.4 In my own experience, this was extremely beneficial given the chaotic effect that COVID-19 seemed to have on nearly everything at the School of Pharmacy and the Medical Center. I had several meetings with faculty and staff regarding my role, a list of things I needed to accomplish, and, most importantly, how to use the tools to host virtual seminar meetings and IPPE rotation experiences. Typically, during the orientation the resident gets some feedback regarding his/her performance which can help build their confidence and independence.
Table 1: Typical Roles and Responsibilities in the LLPM
Primary Preceptor | Orient resident & student to layered learning practice model, practice site, and staff Create or obtain resident and student syllabus Outline trainee responsibilities Define the expectations of all learners Assist resident performance for clinical and teaching activities Evaluate resident performance for clinical and teaching activities Oversee all patient care activities and pharmacy education |
Resident Preceptor | Discuss learning experience with preceptor prior to the first day Assist in the development of student calendar and rotation activities Orient student to practice site and establish goals Integrate student into patient care activities Supervise student during patient care activities Obtain any resources students need to perform required activities Provide regular feedback to students Lead topic discussions and other educational activities Evaluate the performance of the student and provide regular feedback |
Student Learner | Report directly to the resident preceptor Actively participate in patient care and rotation activities Provide feedback on the layered learning practice model and resident performance as an experiential educator |
Once everyone's roles (see Table 1) are established, pre-experience planning begins. The resident is involved by developing activities and materials for students to uses. Examples include developing calendars, rubrics, and activity descriptions.4 For me, I develop presentations and getting a once-in-a-lifetime opportunity to create a 4-hour IPPE experience on chart review & labs. Because students were no longer allowed at our practice site due to the risk of COVID-19 exposure, I had to deliver this instruction using a videoconference tool. The LLPM process allowed enough structure for me to develop these activities independently, while also having the support of my preceptor when needed.
The implementation stage is relatively self-explanatory. The material prepared by the resident is delivered. The resident is considered the primary preceptor for the student(s), and depending on the activity, they are responsible for assigning them specific patient care duties, evaluating student performance, or providing feedback. The senior preceptor continues to be available and provides guidance to the resident. In longitudinal settings, such as precepting over the course of the month, the preceptor directly observes the resident periodically in order to assess progression.4 In situations such as delivering a presentation, it is important that the senior preceptor observe the session in order to provide constructive feedback to the resident, as was done in my case.
Finally, post-experience evaluation occurs whereby the primary preceptor solicits and provides feedback to resident(s) and student(s).4 An additional benefit is the identification of potential improvements that can be made within the LLPM at the institution, as well as the opportunity to solicit feedback from both layers of learners regarding their experiences and suggestions for improvement. One of the most helpful ways this was achieved in my own experience was by surveying the students in an effort to measure the effectiveness of my presentation, as well as obtain recommendations for improvement. Afterward, I discussed this feedback in great detail with my preceptor.
More residency programs should adopt the layered learning practice model, as it appears to not only address the need for more preceptors but also affords the resident meaningful teaching experiences, and provides a more relatable role model for students.
References
- Lockspeiser T, O’Sullivan P, Teherani A, and Muller J. Understanding the experience of being taught by peers: the value of social and cognitive congruence. Adv Health Sci Educ 2006;13(3):361-372.
- Dipaula BA, Mohammad RA, Ayers P, et al. Residents as preceptors and educators: What we can learn from a national survey to improve our residency programs. Curr Pharm Teach Learn 2018;10(1):21–7.
- Skrabal MZ, Jones RM, Nemire RE, et al. National Survey of Volunteer Pharmacy Preceptors. Am J Pharm Educ 2008;72(5): Article 112.
- Loy BM, Yang S, Moss JM et al. Application of the Layered Learning Practice Model in an Academic Medical Center. Hospital Pharm 2017; 52 (4): 266-272.
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