How to Develop an Online Video for Teaching Health Procedural Skills: Tutorial for Health Educators New to Video Production.

BACKGROUND: Clinician educators are experts in procedural skills that students need to learn. Some clinician educators are interested in creating their own procedural videos but are typically not experts in video production, and there is limited information on this topic in the clinical education literature. Therefore, we present a tutorial for clinician educators to develop a procedural video. OBJECTIVE: We describe the steps needed to develop a medical procedural video from the perspective of a clinician educator new to creating videos, informed by best practices as evidenced by the literature. We also produce a checklist of elements that ensure a quality video. Finally, we identify the barriers and facilitators to making such a video. METHODS: We used the example of processing a piece of skeletal muscle in a pathology laboratory to make a video. We developed the video by dividing it into 3 phases: preproduction, production, and postproduction. After writing the learning outcomes, we created a storyboard and script, which were validated by subject matter and audiovisual experts. Photos and videos were captured on a digital camera mounted on a monopod. Video editing software was used to sequence the video clips and photos, insert text and audio narration, and generate closed captions. The finished video was uploaded to YouTube (Google) and then inserted into open-source authoring software to enable an interactive quiz. RESULTS: The final video was 4 minutes and 4 seconds long and took 70 hours to create. The final video included audio narration, closed captioning, bookmarks, and an interactive quiz. We identified that an effective video has six key factors: (1) clear learning outcomes, (2) being engaging, (3) being learner-centric, (4) incorporating principles of multimedia learning, (5) incorporating adult learning theories, and (6) being of high audiovisual quality. To ensure educational quality, we developed a checklist of elements that educators can use to develop a video. One of the barriers to creating procedural videos for a clinician educator who is new to making videos is the significant time commitment to build videography and editing skills. The facilitators for developing an online video include creating a community of practice and repeated skill-building rehearsals using simulations. CONCLUSIONS: We outlined the steps in procedural video production and developed a checklist of quality elements. These steps and the checklist can guide a clinician educator in creating a quality video while recognizing the time, technical, and cognitive requirements.

Something Lost and Something Gained: Navigating the Bedside Teaching Role as a Hospice and Palliative Medicine Educator.

Hospice and palliative medicine (HPM) educators must often give up the satisfaction of working one-on-one with patients, to allow learners the opportunity to practice key communication skills and form their own therapeutic bonds with patients. Though the loss of that primary relationship with patients may feel challenging, educators may find new opportunity for professional impact and satisfaction by investing in their relationship with learners. This case discussion explores the challenges of bedside teaching in HPM, including the educator's looser connection with patients, need to withhold their own communication skills, and decision of when to interject into a trainee-patient conversation. We then propose strategies to help educators find renewed professional fulfillment in the teacher-learner relationship. By partnering intentionally with learners before, during, and after shared visits, inviting informal reflection between encounters, and preserving independent clinical time, we believe educators may cultivate a more sustainable and meaningful clinical teaching practice.

Academic clinician educators: Confronting the challenges to successful retirement.

Background: The academic clinician-educator (CE) often has a career spanning 40 or more years. Retirement represents the last stage of one's professional identity. Planning for retirement can be both exciting and challenging. Although it would seem reasonable that there would be research addressing the transition to retirement that incorporates guidance on important decisions or pathways to retirement with outcomes related to satisfaction, adjustment, or fulfillment in retirement, in fact, there is minimal such research. As CEs, the recently retired authors have drawn on our experiences in pediatrics as the foundation for our inquiry. The authors suggest that retirement decisions and needs differ in academic health center (AHC) faculty from those in health-care private practice. As an example, we suggest that CEs in all specialties, and likely other senior faculty in the health sciences, may have unique opportunities in retirement to enrich their institutions and their specialty organizations. The gaps we have encountered and our experiences in the retirement process have resulted in this paper, in which we encourage research that will inform more substantial, timely, and practical advice going forward. Methods: Our exploration of retirement from AHC careers includes two foci: (1) A review of relevant literature on retirement issues the CE, AHC, and national educator organizations might consider important in this transition process; and (2) the description of a theoretical framework known as Conservation of Resources Theory simply to help organize perspectives on the losses, gains, or conservation of tangible and intangible resources to weigh in the planning and transition process. Results: Several considerations relevant to retirement planning, both specific to academic faculty retirement in the health sciences and to retirement planning more broadly, emerged from our literature exploration. However, there were virtually no studies addressing these considerations, both personal and professional, accompanied by tracking their impact on satisfaction or well-being once in retirement. Discussion: Emerging from our examination of literature and our experiences in transitioning to retirement are a number of questions deserving of further study, likely in longitudinal, comparative or more broadly in global inquiries, in the effort to develop models to guide the retiring academic CE. Over the next decade, there will be so many faculty members considering or negotiating retirement that there is an urgent need to develop and study models that both inform this process and monitor outcomes in terms of satisfaction with the retirement years.

Twelve tips for medical educators to optimize their curricula vitae.

A good curriculum vitae (CV) highlights medical educators' academic achievements and supports their professional goals. Many faculty struggle with timely updates and strategic formatting. These twelve tips will help medical educators optimize their CV to best showcase their strengths and accomplishments. The first three tips outline a process: identify a system to collect potential entries and schedule regular time for updates. Tips four and five detail how to tailor traditional CV formatting to best describe the work of medical educators. The next few tips offer concrete strategies and examples of CV entries to consider for inclusion. The remaining tips remind faculty to ask for help from colleagues, who can share a sample CV and identify overlooked activities. Our intention is to transform a task that can be burdensome into a process that seamlessly captures the breadth of our work as medical educators and allows for introspection and growth.

Fostering Success and Promoting Professional Development of Clinician Educator Mentees: A Workshop for Mentors.

Introduction: The goal of academic mentoring relationships is to enable the mentee to identify/achieve professional advancement. Although mentors of clinician educators (CEs) must understand the criteria for successful career advancement, few have received formal CE mentor training. Methods: The National Research Mentoring Network convened an expert panel to develop a 90-minute module for training CE mentors. This module included individual development plans, case studies involving challenges for CE faculty, and examples of the broadened scope of scholarly activity. The workshop was delivered to 26 participants across four institutions and evaluated by a retrospective pre/post survey. Results: Using a 7-point scale (1 = very low, 4 = average, 7 = very high), participants rated the overall quality of their CE mentoring as slightly below average preworkshop (M = 3.9) and as above average postworkshop (M = 5.2, p < .001). Areas of greatest self-perceived change in skills on a 7-point scale (1 = not at all skilled, 4 = moderately skilled, 7 = extremely skilled ) included setting clear expectations of the mentoring relationship (pre M = 3.6, post M = 5.1, p < .001), aligning mentor expectations with those of mentees (pre M = 3.6, post M = 5.0, p < .001), and helping mentees set career goals (pre M = 3.9, post M = 5.4, p < .001). Discussion: This module trains CE mentors using an interactive and collective problem-solving approach. Workshop participants better defined demonstrable markers for CE progression with potential to impact tailored guidance for mentees.

Clinician educators' conceptions of assessment in medical education.

In pursuing assessment excellence, clinician-educators who design and implement assessment are pivotal. The influence of their assessment practice in university-run licensure exams on student learning has direct implications for future patient care. While teaching practice has been shown to parallel conceptions of teaching, we know too little about conceptions of assessment in medical education to know if this is the case for assessment practice and conceptions of assessment. To explore clinician-educators' conceptions of assessment, a phenomenographic study was undertaken. Phenomenography explores conceptions, the qualitatively different ways of understanding a phenomenon. Data analysis identifies a range of hierarchically inclusive categories of understanding, from simple to more complex, and the dimensions that distinguish each category or conception. Thirty-one clerkship convenors in three diverse Southern settings were interviewed in three cycles of iterative data collection and analysis. Four conceptions of assessment were identified: passive operator, awakening enquirer, active owner and scholarly assessor. Six dimensions were elucidated to describe and distinguish each conception: purpose of assessment; temporal perspective; role and responsibility; accountability; reflexivity and emotional valence. Additionally, three characteristics that appeared to track the progressive nature of the conceptions were identified: professional identity, assessment literacy and self-efficacy. These conceptions encompass and extend previously described conceptions across different educational levels, disciplines and contexts, suggesting applicability to other settings. There is some evidence of a relationship between conceptions and practice, suggesting, together with the hierarchical nature of these conceptions, that targeting conceptions during faculty development may be an effective approach to enhance assessment practice.

The pipeline starts in medical school: characterizing clinician-educator training programs for U.S. medical students.

In the past forty years, clinician-educators have become indispensable to academic medicine. Numerous clinician-educator-training programs exist within graduate medical education (GME) as clinician-educator tracks (CETs). However, there is a call for the clinician-educator pipeline to begin earlier. This work aims to identify and characterize clinician-educator track-like programs (CETLs) available in undergraduate medical education (UME). We developed an algorithm of 20 individual keyword queries to search the website of each U.S. allopathic medical school for CETLs. We performed the web search between March to April 2021 and repeated the search between July and September 2021. The search identified CETLs for 79 (51%) of the 155 U.S. allopathic medical schools. The identified CETLs commonly address the clinician-educator competency of educational theory (86%, 68/79), are formally organized as concentrations or analogous structures (52%, 41/79), and span all four years of medical school (37%, 29/79). The prevalence of CETLs varies with geography and medical school ranking. We provide an overview of the current state of CETLs as assessed from institutional websites. To create a future with a sustainable output of skilled clinician-educators, UME must continue to increase the number and quality of CETLs.

How do internal medicine subspecialty societies support clinician-educator careers? A qualitative exploratory study.

BACKGROUND: Internal Medicine (IM) subspecialty professional societies can provide valuable community, recognition, resources, and leadership opportunities that promote career success. Historically, this support focused on clinical and research dimensions of academic careers, but educational dimensions have gained more attention recently. This study explores how IM subspecialty professional societies support their clinician-educator members. METHODS: Using a qualitative study with two phases, the authors collected information from each IM subspecialty society's website about support for medical education. Using information from the first phase, we developed an interview guide for subspecialty society leaders. We used inductive thematic analysis to analyze interview transcripts. RESULTS: Website analysis identified various mechanisms used by several IM subspecialty societies to promote medical education. These included websites focused on medical education, dedicated medical education poster/abstract sessions at annual meetings, and strategies to promote networking among clinician-educators. Interviews with eight subspecialty society leaders about the professional societies' roles with respect to medical education yielded four main themes: [1] varying conceptions of "medical education" in relation to the society [2] strategies to advance medical education at the society level [3] barriers to recognizing medical education [4] benefits of clinician-educators to the societies. Integrating these themes, we describe recommended strategies for professional societies to better serve clinician-educators. CONCLUSIONS: We explore how IM subspecialty societies attend to a growing constituency of clinician-educators, with increasing recognition and support of the career path but persistent barriers to its formalization. These conversations shed light on opportunities for professional subspecialty societies to better serve the needs of their clinician-educator members while also enabling these members to make positive contributions in return.

Advancing our field by academically advancing pediatric rehabilitation medicine physicians.

Academic promotion is desired by many faculty practicing at academic medical institutions, but the criteria for promotion often appear opaque to many physician faculty. In nearly all cases, evidence of scholarship is required regardless of academic track. Academic advancement can be stymied by unclear expectations, lack of protected time to engage in scholarly projects, insufficient evidence of dissemination, and limited guidance, mentorship and sponsorship. In addition to being important for promotion, scholarship is an essential aspect of academic medicine because it helps inform and advance the science. Pursuing academic excellence is an important goal for pediatric rehabilitation medicine faculty members because it helps advance the care of children with disabilities and the field itself. Pediatric rehabilitation medicine faculty in the clinician educator or clinician leader tracks are encouraged to understand the criteria for advancement, seek out mentorship, scholarize their career ikigai and identify opportunities to demonstrate academic excellence.

Structure and impact of longitudinal Graduate Medical Education curricula designed to prepare future clinician-educators: A systematic scoping review: BEME Guide No. 74.

BACKGROUND: Many Graduate Medical Education (GME) programs offer clinician-educator curricula. The specific instructional methods employed and current best practices for clinician-educator curricula are unknown. We aimed to characterize the structure, curriculum content, instructional methods, and outcomes of longitudinal GME clinician-educator curricula. METHODS: We conducted a scoping review, registered with BEME, by comprehensively searching health science databases and related grey literature from January 2008 to January 2021 for studies involving longitudinal GME curricula aimed to train future clinician-educators. RESULTS: From 9437 articles, 36 unique curricula were included in our review. Most curricula were designed for residents (n = 26) but were heterogeneous in structure, instructional methods, and content. Several curricular themes emerged, including: 1) duration ≥ 12 months, 2) application of theory-based didactics with experiential activities, 3) independent projects, 4) exposure to faculty mentorship and educator communities, 5) strengthening competencies beyond teaching and scholarship, and 6) protected time and funding. Most outcomes were positive and focused on learner satisfaction or behavior change related to scholarly output and career tracking. CONCLUSIONS: Curricula in our review included important skills including experiential teaching, scholarly projects, and exposure to educator communities. Future curricula should build on these competencies and include more assessment of learner and program outcomes.

Maximizing clinical rotation placements for US medical students: exploring an optimization model.

BACKGROUND: For years, US medical schools have relied on community-based, private clinicians to educate medical students. There has been a steady decline in the number of physicians willing to take on medical students in their clinical practices. Recent issues related to the pandemic raise questions about how many patients students should see to have a meaningful clinical experience. METHODS: As part of a 16-week longitudinal clinical experience, medical students spend 2 days each week in a family medicine or internal medicine clinic. As repetition enhances learning, maximizing the number of patients students see is important. Using a mixed integer linear program, we sought to determine the optimal schedule that maximizes the number of patients whom students see during a rotation. Patient visits were collected from January to April 2018 for clinics used by the medical school. By maximizing the minimum number of patients per learner over all non-empty day-clinic combinations, we deliver equitable rotation plans based on our assumptions. RESULTS: For this pilot study, multiple experiments were performed with different numbers of students assigned to clinics. Each experiment also generated a weekly rotation plan for a given student. Based on this optimization model, the minimum number of patients per student over 16 weeks was 87 (3 patients per day) and actually increased the number of students who could be assigned to one of the clinics from 1 student per rotation to 8 students. CONCLUSIONS: The mixed integer linear program assigned more students to clinics that have more total visits in order to achieve the optimal and fairest learning quality. In addition, by conducting various experiments on different numbers of students, we observed that we were able to allocate more students without affecting the number of patients students see.

"Clinical Teachers: Teaching Tips for the Busy Veterinary Team": Reflections on the Development of a Multimodal Resource for Veterinarians and Veterinary Nurses/ Technologists New to Clinical Teaching.

Clinical practice-based training/work-integrated learning is an applied, social, and high-impact element of the veterinary curriculum. Within this context, students are learning on the job with clinician-educators who are carrying out their professional duties at the same time as supporting learning. To equip clinician-educators with role awareness and general teaching skills, it is recommended that all have access to basic teacher training. However, delivering this training can be challenging to organize and potentially costly when busy, time-poor clinician-educators are distributed across many geographical locations. This Teaching Tip shares our insights about developing and delivering a set of novel clinical teacher resources for veterinarians and veterinary nurses/technologists new to clinical teaching. The resources, underpinned by the principles of participatory design, integrate contemporary clinical educational theories with practical strategies and are interwoven with video clips capturing staff and student perspectives on key topics. While initially focused on creating just an online resource, we ultimately produced an A6 ring-bound booklet version and face-to-face workshops. In this article, we unpack considerations involved in committing to such a project and designing and creating the resources. We hope that this information may be of use to others when developing similar resources.

Training medical educators to teach: bridging the gap between perception and reality.

Teaching is a core expectation of physicians in academic hospitals and academic medical centers, but best practices for training physicians to teach have not been established. There is significant variability in how physicians are trained to teach medical students and residents across the world, and between Israeli hospitals. In an article published earlier this year in the Israel Journal of Health Policy Research, Nothman and colleagues describe a survey of 245 Israeli physicians in departments of internal medicine, pediatrics, and obstetrics and gynecology, at four different faculties of medicine across Israel. The majority of Israeli physicians responding to this survey reported receiving minimal training to teach, with only 35% receiving any training focused on medical education skills, most (55%) receiving training of only 1-2 days duration. In addition, the physicians surveyed perceived their training as inadequate and not aligned with their self-perceived educational needs. Furthermore, the respondents felt strongly that "compensation and appreciation" for medical education was less than for those involved in research. Despite the general lack of training in teaching skills and the perception that teaching physicians are less valued than researchers, survey respondents rated themselves as highly confident in most domains of medical education. In this context, this commentary reviews the disconnect between the general perception that all physicians can and should engage in teaching in the clinical setting with the well-described observation that competence in medical education requires dedicated and longitudinal training. Leveraging best practices in curriculum design by aligning educational interventions for teaching physicians with their self-perceived needs is discussed, and models for dedicated faculty development strategies for teaching medical education skills to physicians are reviewed. Finally, the importance of and potential strategies for assessing teaching physicians' effectiveness in Israel and elsewhere are considered as a means to address these physicians' perception that they are not as valued as researchers. Understanding teaching physicians' perspectives on and motivations for training medical students and residents is critical for supporting the frontline teaching faculty who educate future healthcare providers at the bedside in medical schools, hospitals, and academic medical centers in Israel and beyond.

Creating Clinician Educators: Evaluation of a One-Month Medical Education Curriculum for Senior Residents.

BACKGROUND: Clinician-educator tracks improve teaching behaviors in trainees. However, detailed curriculum descriptions to fully understand, compare, and reproduce them are often lacking. We aimed to describe and evaluate a medical education curriculum for senior residents. METHODS: Based on Kolb's experiential learning model, we designed a one-month curriculum to increase teaching effectiveness. PGY 2-4 internal medicine and medicine-pediatrics residents in a university-based training program participated in the course from 2015-2019. In a pre-post design, participants completed a survey to evaluate the curriculum. Survey items related to four constructs in medical education: knowledge, confidence, skills, and importance (5-point Likert scale; 1=low, 5=high). We assessed the difference in the means for each construct before and after the curriculum. RESULTS: Thirty-nine residents completed the curriculum (19% of total residents), and 100% of participants completed the surveys. We observed an increase in the mean self-rated level of teaching knowledge (2.63 [SD 0.57] vs. 4.43 [SD 0.42], p<0.005), confidence (3.31 [SD 0.4] vs. 4.29 [SD 0.32], p<0.005), and skills (2.9 [SD 0.63] vs. 4.14 [SD 0.38], p<0.005) after completing the course. Residents consistently graded individual curricular components highly. CONCLUSIONS: We describe a one-month medical education curriculum with a strong foundation in learning theory. The curriculum is feasible and presented in sufficient detail to allow reproduction. Our findings suggest that it increases participants' self-perceptions of teaching knowledge, confidence, and skills.

Fostering Careers in Medical Education.

Many careers are available to psychiatrist-educators, and residents should learn about these pathways in addition to developing a core set of teaching skills regardless of their intended career trajectory. Clinician-Educator Programs offer structured opportunities for residents to explore advanced concepts, practice teaching skills, pursue scholarship, and receive mentorship in medical education. Women and persons from minority groups, particularly people of color and gender-diverse individuals, have long been passed over in the promotions process, and correction of these inequities is essential to creating a robust workforce of clinician-educators.

Post-residency medical education fellowships: a scoping review.

The authors conducted a scoping review to investigate the structure, content, and potential impact of post-residency medical education fellowships. The authors searched eight databases to identify English-language articles describing longitudinal, post-residency medical fellowships that both focused on medical education and described the structure and content of the curriculum. The authors summarized the findings of each article and, for those articles that included a program evaluation, assessed the potential impact of the program via the Kirkpatrick's Four-Level Training Evaluation Model and the Medical Education Research Study Quality Instrument. Nine articles, describing a total of ten post-residency medical education fellowships, met inclusion criteria. Half of the programs were dedicated medical education fellowships and half were medical education tracks within a subspecialty fellowship. The content and educational strategies varied, with no two programs having the same curriculum. Most programs most focused on teaching skills, adult learning theory, curricular development, and medical education research/scholarship. Most programs used project-based learning, workshops, and faculty mentorship as educational strategies. Six of the articles included an evaluation of their program(s), all of which suggested positive changes, at least at the level of fellow behavior (Kirkpatrick level 3), and designs limited the strength of any conclusions drawn. This scoping review highlights the variation among medical education fellowships and the need for common curricular components, as well as program evaluation, across and within these fellowships. Additional assessment at higher levels of trainee outcomes will help guide the creation and revision of medical education fellowships, and inform the development of a core curriculum shared across programs. Such a core curriculum could then serve as the foundation for a certification program, by which a medical educator's expertise could be recognized, thus elevating medical education to the stature it deserves within the academic mission.

Guiding Academic Clinician Educators at Research-Intensive Institutions: a Framework for Chairs, Chiefs, and Mentors.

Department chairs and division chiefs at research-intensive academic medical centers often find mentoring clinician educators challenging. These faculty constitute the majority of academic physicians. Supporting excellent clinician educators is key to ensuring high-quality patient care and developing tomorrow's physicians. Little has been written for leaders on strategies to advance academic clinician educators' career success. We present a framework to guide chairs, chiefs, and mentors seeking to address clinician educator retention and satisfaction in academic medical centers.

Living the Manatt report: Advancing the future of nursing through joint academic appointments.

In 2016, the American Association of Colleges of Nursing published the Manatt Report which outlines recommendations to address the future of academic nursing. This report asserts that in order to influence the direction of healthcare, academic nursing needs to partner with academic health centers in leadership positions, embrace current clinical practice, and prioritize research. The following paper details the successful implementation of joint academic appointments between a college of nursing and a medical college. Joint appointments have formalized the role of clinician-educator, brought current clinical knowledge to academia, and allowed for protected academic time that is focused on enhancing the nursing curriculum. The development of joint appointments must be approached in a structured fashion ensuring a symbiotic relationship for all parties. This arrangement validates the commitment of both organizations to the education of future providers within the interdisciplinary team.

Creating an Open-Access Educational Radiology Website for Medical Students: A Guide for Radiology Educators.

RATIONALE AND OBJECTIVES: Studies of medical school clerkship websites have reported efficient time management, resource utilization, and hands-on activities. We built a website devoted to medical student education in radiology to address student, educator, and school curricular needs and surveyed students to assess their satisfaction with the site. MATERIALS AND METHODS: The website was created using an easily-recalled name, no-cost institutional software, and no-cost enterprise-level university hardware. The main menu links to the student formal didactic lecture calendar, custom-built health sciences library e-resources in radiology, American College of Radiology Appropriateness Criteria, each radiology course page, and teaching files. Each course tab includes faculty-curated content from course lectures, supplemental articles and educational modules. At 6, 12, and 24 months, website analytics were assessed. At 12 and 24 months postimplementation, data were evaluated to include student assessment and satisfaction surveys and student course comments. This project was IRB-exempted. RESULTS: At 6 months, the website had received 5792 views, at 12 months 10,022 views and at 24 months 19,478 views. The website homepage with the formal didactic lecture calendar received 7156 views, the general clerkship page 4233 views, the teaching file page 3884, and thereafter subspecialty pages as follows: breast 1478, body 633, pediatrics 361, neuro 346, cardiothoracic 291, musculoskeletal 249, vascular interventional 178. One hundred fifty-two of 240 (63.3%) of students surveyed replied. Of students who utilized the website on the satisfaction survey, 80 of 97 (82.5%) indicated ratings of "extremely informative" and "very informative" to the question "How would you rate the website?." Students indicated convenience and structure as website strengths in their postcourse evaluations. CONCLUSION: The radiology medical student website incorporates demands and needs of today's students, faculty, and our medical school. A radiology clerkship website for medical students centralizes access to course resources and promotes an active learning experience with high satisfaction. Instructions on setting up a website are offered to today's radiology educators, including pearls and pitfalls.