Through the Eyes of Faculty: Using Personas as a Tool for Learner-Centered Professional Development.
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ABSTRACT:
SUBMITTER: Zagallo P
PROVIDER: S-EPMC6889841 | biostudies-literature |
REPOSITORIES: biostudies-literature
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Project description:The availability of reliable evidence for teaching practices after professional development is limited across science, technology, engineering, and mathematics disciplines, making the identification of professional development "best practices" and effective models for change difficult. We aimed to determine the extent to which postdoctoral fellows (i.e., future biology faculty) believed in and implemented evidence-based pedagogies after completion of a 2-yr professional development program, Faculty Institutes for Reforming Science Teaching (FIRST IV). Postdocs (PDs) attended a 2-yr training program during which they completed self-report assessments of their beliefs about teaching and gains in pedagogical knowledge and experience, and they provided copies of class assessments and video recordings of their teaching. The PDs reported greater use of learner-centered compared with teacher-centered strategies. These data were consistent with the results of expert reviews of teaching videos. The majority of PDs (86%) received video ratings that documented active engagement of students and implementation of learner-centered classrooms. Despite practice of higher-level cognition in class sessions, the items used by the PDs on their assessments of learning focused on lower-level cognitive skills. We attributed the high success of the FIRST IV program to our focus on inexperienced teachers, an iterative process of teaching practice and reflection, and development of and teaching a full course.
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Project description:The goal of STEM professional development for teaching is that participants continue to practice what they learn in the long term. However, we do not know if the outcomes are achieved and ultimately persist. We tracked postdoctoral participants from the Faculty Institutes for Reforming Science Teaching (FIRST) IV program into their current positions as early-career biology faculty. We assessed their teaching approaches, practices, and student perceptions of the learning environment over 6 to 9 years after finishing the program. Simultaneously, we evaluated paired faculty in the same departments. We found that professional development outcomes persisted over time and across a career transition. FIRST IV faculty maintained their learner-centered practices and were more learner-centered than their peers. Last, we found that teaching approaches were correlated with teaching practices in all faculty participants. These results provide evidence for the success of the FIRST IV program and the long-term persistence of professional development outcomes.
| S-EPMC7304974 | biostudies-literature
Project description:IntroductionJunior academic faculty must balance increasing clinical responsibilities whilst maintaining academic portfolios aimed at promotion. Our goal was to design, implement, and evaluate a curriculum for career development amongst junior faculty in pediatrics.MethodsFollowing the Kern method of curriculum development, we performed a needs assessment of junior faculty via an electronic survey to identify areas for career development. We created objectives based on the themes identified and developed associated learning activities, including (1) a monthly seminar series, (2) an orientation day for new hires, and (3) a formal mentoring program for junior faculty. At the end of each academic year, we sent electronic surveys to junior faculty participants for program evaluation.ResultsOf 50 junior faculty, 60% completed the initial needs assessment and identified a need for a forum for junior faculty orientation, career development, and formal mentoring. Local experts were solicited to create and lead a 10-part seminar series to cover topics such as CV review, promotions, and mentoring. Twenty-one junior faculty (42%) who did not already have established mentors joined the formal mentoring program. All incoming new junior faculty attended a formal orientation day held annually. At the end of the first year, a follow-up survey for program evaluation was completed by 17 (27%) junior faculty, and 98% reported satisfaction with the learning activities.DiscussionWe successfully developed and implemented a junior faculty career development program at our institution that can be replicated at other institutions.
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Project description:We have prepared thousands of future STEM faculty around the world to adopt evidence-based instructional practices through their participation in two massive open online courses (MOOCs) and facilitated in-person learning communities. Our novel combination of asynchronous online and coordinated, structured face-to-face learning community experiences provides flexible options for STEM graduate students and postdoctoral fellows to pursue teaching professional development. A total of 14,977 participants enrolled in seven offerings of the introductory course held 2014-2018, with 1,725 participants (11.5% of enrolled) completing the course. Our results of high levels of engagement and learning suggest that leveraging the affordances of educational technologies and the geographically clustered nature of this learner demographic in combination with online flexible learning could be a sustainable model for large scale professional development in higher education. The preparation of future STEM faculty makes an important difference in establishing high-quality instruction that meets the diverse needs of all undergraduate students, and the initiative described here can serve as a model for increasing access to such preparation.
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Project description:IntroductionTraditional normative Likert-type evaluations of faculty teaching have several drawbacks, including lack of granular feedback, potential for inflation, and the halo effect. To provide more meaningful data to faculty on their teaching skills and encourage educator self-reflection and skill development, we designed and implemented a milestone-based faculty clinical teaching evaluation tool.MethodsThe evaluation tool contains 10 questions that assess clinical teaching skills with descriptive milestone behavior anchors. Nine of these items are based on the Stanford Faculty Development Clinical Teaching Model and annual Accreditation Council for Graduate Medical Education (ACGME) resident survey questions; the tenth was developed to address professionalism at our institution. The tool was developed with input from residency program leaders, residents, and the faculty development committee and piloted with graduate medical education learners before implementation.ResultsMore than 7,200 faculty evaluations by learners and 550 faculty self-evaluations have been collected. Learners found the form easy to use and preferred it to previous Likert-based evaluations. Over the 2 years that faculty self-evaluations have been collected, their scores have been similar to the learner evaluation scores. The feedback provided faculty with more meaningful data on teaching skills and opportunities for reflection and skill improvement and was used in constructing faculty teaching skills programs at the institutional level.DiscussionThis innovation provides an opportunity to give faculty members more meaningful teaching evaluations and feedback. It should be easy for other institutions and programs to implement. It leverages a familiar milestone construct and incorporates important ACGME annual resident survey information.
| S-EPMC6374742 | biostudies-literature
Project description:This essay describes how the use of a concept inventory has enhanced professional development and curriculum reform efforts of a faculty teaching community. The Host Pathogen Interactions (HPI) teaching team is composed of research and teaching faculty with expertise in HPI who share the goal of improving the learning experience of students in nine linked undergraduate microbiology courses. To support evidence-based curriculum reform, we administered our HPI Concept Inventory as a pre- and postsurvey to approximately 400 students each year since 2006. The resulting data include student scores as well as their open-ended explanations for distractor choices. The data have enabled us to address curriculum reform goals of 1) reconciling student learning with our expectations, 2) correlating student learning with background variables, 3) understanding student learning across institutions, 4) measuring the effect of teaching techniques on student learning, and 5) demonstrating how our courses collectively form a learning progression. The analysis of the concept inventory data has anchored and deepened the team's discussions of student learning. Reading and discussing students' responses revealed the gap between our understanding and the students' understanding. We provide evidence to support the concept inventory as a tool for assessing student understanding of HPI concepts and faculty development.
| S-EPMC2995757 | biostudies-literature
Project description:IntroductionSenior resident-led morning report (MR) occurs in many residency programs, but residents rarely receive training on how to facilitate MR or feedback on their facilitation. I created and implemented a required 2-week resident-as-teacher curriculum pairing senior residents with faculty mentors.MethodsThe curriculum allowed individualization to each specific resident's needs. The faculty mentor helped the resident set curricular goals, observed and provided feedback on resident facilitation of four MRs and one noontime conference, and reviewed adult learning principles with the resident. The curriculum guided the faculty and resident pair through leading MR and applied evidence to guide resident teaching. I surveyed resident teachers, the residents who attend MR, and faculty mentors to determine the curriculum's perceived educational impact.ResultsOver the 2010-2016 academic years, 124 senior residents participated. Senior residents self-reported significantly more confidence, interest, and preparedness for teaching after the curriculum. Trainees attending MR rated the quality of equal value after curriculum implementation, and responded that senior residents leading MR were more likely to give clear explanations, teach at an appropriate level, and were less likely to run out of time. Faculty mentors enjoyed participating and found the one-on-one mentorship relationship important for their satisfaction with the experience.DiscussionOutcome data suggested that the mentorship relationship was the most important element of the curriculum and that flexibility was key to allowing individual needs to be met. The intervention is applicable to other residency programs and specialties, and faculty mentors are not required to have a medical education background.
| S-EPMC7431183 | biostudies-literature
Project description:BackgroundEven though student-centered instruction leads to positive student outcomes, direct instruction methods are still prevalent. Multiple barriers prevent faculty from further adopting evidence-based student-centered practices and holistic approaches to faculty support are necessary to promote faculty change. The Collaborative for Institutionalizing Scientific Learning (CISL) is an HHMI-funded program to reform undergraduate science and mathematics education at a large Hispanic-Serving public research university. The program has established a Faculty Scholar support model to impact the number of science and mathematics faculty using evidence-based practices in their classrooms. Through this program, Scholars are selected to undertake a transformation of a course of their choice and conduct an assessment of the impact of the reform on students-while receiving multiple supports including summer salary, undergraduate Learning Assistants, professional development, course assessment and education research support, and opportunities to develop manuscripts on their course transformations.ResultsCISL has supported over 40 Faculty Scholars in the transformation of both introductory and upper division biology, chemistry, physics and mathematics courses. Faculty are motivated to transform a course due to factors related to their own experiences and beliefs, their students' needs, the course structure, and/or departmental elements. Quantitative analysis of the impact of the project on student success show that, overall, students in CISL-supported courses have higher passing rates compared to students in traditional classrooms. Survey and interviews of Faculty Scholars identified that the most valuable elements of the program were the personnel support from undergraduate Learning Assistants during reform implementation and guidance from the program's Assistant Director during design, implementation and evaluation.ConclusionsThe CISL program provides an example of significant effort sustained over several years to systematically improve the quality and culture of undergraduate education in a large research-intensive Hispanic Serving Institution. The program has had an overall positive impact on the professional development of Faculty Scholars and led to an increase in the number of STEM courses implementing evidence-based teaching practices, thus, taking a step towards solidifying a culture of evidence-based instructional strategies in STEM departments.Supplementary informationThe online version contains supplementary material available at 10.1186/s40594-022-00353-z.
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Project description:Higher education institutions have been increasingly dependent on adjunct faculty to provide instruction at undergraduate and graduate levels. At professional schools, most faculty begin teaching graduate courses with limited to no formal training or teaching experience as industry expertise is the primary requirement for employment. Despite the availability of ample pedagogical resources to advance teaching, these faculty require additional support during their induction into academia. This paper describes the design and operationalization of the New York University Faculty Success Initiative (FSI), an innovative, semi-structured, faculty-centered onboarding and professional development program that provides quality, longer term preparation to new faculty throughout their first semester of instruction to increase their teaching effectiveness and their sense of connection to their academic unit. An analysis of multiple qualitative and quantitative data sources indicates that FSI led to an increase in teaching effectiveness and played a significant role in transitioning professional faculty from practitioners to educators.Supplementary informationThe online version contains supplementary material available at 10.1007/s41686-022-00069-x.
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Project description:Telehealth visits have become an integral model of healthcare delivery since the COVID-19 pandemic. This rapid expansion of telehealthcare delivery has forced faculty development and trainee education in telehealth to occur simultaneously. In response, academic medical institutions have quickly implemented clinical training to teach digital health skills to providers across the medical education continuum. Yet, learners of all levels must still receive continual assessment and feedback on their skills to align with the telehealth competencies and milestones set forth by the Association of American Medical Colleges (AAMC) and the Accreditation Council for Graduate Medical Education (ACGME). This paper discusses key educational needs and emerging areas for faculty development in telehealth teaching and assessment of telehealth competencies. It proposes strategies for the successful integration of the AAMC telehealth competencies and ACGME milestones into medical education, including skills in communication, data gathering, and patient safety with appropriate telehealth use. Direct observation tools in the paper offer educators novel instruments to assess telehealth competencies in medical students, residents, and peer faculty. The integration of AAMC and ACGME telehealth competencies and the new assessment tools in this paper provide a unique perspective to advance clinical practice and teaching skills in telehealthcare delivery.
| S-EPMC9040701 | biostudies-literature