Utilizing an organizational development framework as a road map for creating a technology-driven agile curriculum in predoctoral dental education.

The landscape of dental education is undergoing a paradigm shift from both the learner's and teacher's perspectives. Evolving technologies, including artificial intelligence, virtual reality, augmented reality, and mixed reality, are providing synergistic opportunities to create new and exciting educational platforms. The evolution of these platforms will likely play a significant role in dental education. This is especially true in the wake of calamities like the COVID-19 pandemic during which educational activities had to be shutdown or moved online. This experience demonstrated that it is prudent to develop curricula that are both agile and efficient via creating hybrid courses that provide effective learning experiences regardless of the mode of delivery. Although there is growing interest in incorporating technology into dental education, there are few examples of how to actually manage the implementation of technology into the curriculum. In this paper, we provide a road map for incorporating technology into the dental curriculum to create agility and discuss challenges and possible solutions.

Recommendations for remaining agile in the face of a dental faculty workforce shortage.

PURPOSE: Dental education is facing a faculty workforce shortage. Lack of preparation risks faculty, student, and staff morale and is an impediment to institutional growth and innovation. Administrators and faculty must consider strategies to better prepare for, and be successful within, a faculty shortage environment. METHODS: We review strategies utilized by health professional institutions that have confronted faculty workforce shortages. RESULTS: These strategies were grouped into four domains reflecting the organizational units that typically direct and initiate change within dental education institutions: budget and finance, human resources, organizational structure, and curricular structure. Recommendations using a four-pronged approach based on these domains have been developed for remaining agile in the face of a faculty workforce shortage. CONCLUSIONS: Local needs assessments and strategic planning are the first steps in highlighting institutional strengths and identifying gaps within each of the domains. Faculty development and retention efforts, as well as increasing curricular efficiencies, are essential for success across all domains.

Optimizing teaching effectiveness in dental education for a new generation of learners.

PURPOSE: Today's dental students, Generation Z (Gen Z), are said to learn differently than those of previous generations. As generations of dental students vary, our teaching styles must keep up with unique and changing groups of individuals. METHODS: This article discusses learner-focused teaching methods including techniques that address the characteristics of Gen Z learners. Blended learning methods that combine online media with traditional face-to-face sessions, team-based learning, and a flipped classroom format have previously been suggested as ways to increase learning effectiveness and student satisfaction. RESULTS: In this paper, the characteristics and preferences of Gen Z students are described along with the challenges they create with conventional teaching methods. An implementation strategy using principles from organizational agility and Bolman and Deal's Four Frames Model is proposed for dental schools to transition to a more learner-centered teaching approach. CONCLUSIONS: The suggested strategy can be customized and could be useful to schools that wish to enhance their teaching methods to meet the learning needs of Gen Z dental students and beyond.

Adopting artificial intelligence in dental education: A model for academic leadership and innovation.

INTRODUCTION: The continual evolution of dental education, dental practice and the delivery of optimal oral health care is rooted in the practice of leadership. This paper explores opportunities and challenges facing dental education with a specific focus on incorporating the use of artificial intelligence (AI). METHODS: Using the model in Bolman and Deal's Reframing Organizations, the Four Frames model serves as a road map for building infrastructure within dental schools for the adoption of AI. CONCLUSION: AI can complement and boost human tasks and have a far-reaching impact in academia and health care. Its adoption could enhance educational experiences and the delivery of care, and support current functions and future innovation. The framework suggested in this paper, while specific to AI, could be adapted and applied to a myriad of innovations and new organizational ideals and goals within institutions of dental education.

The status of the scholarship of teaching and learning in dental education.

The purpose of this study was to determine the current status of the Scholarship of Teaching and Learning (SoTL) within academic dentistry. A twenty-two-item survey was distributed to faculty members of American Dental Education Association (ADEA) member schools asking about their awareness of SoTL practices, perceived barriers to SoTL application, and ways to enhance SoTL activity. Four hundred thirty surveys with equal distribution of assistant, associate, and full professors were received (this may be considered a response rate of 5.4 percent out of roughly 8,000 ADEA faculty members). Almost 70 percent of the respondents indicated that they highly valued SoTL; only 2.1 percent indicated they did not. The extent to which the respondents valued SoTL was positively correlated with their perception of SoTL's value among other faculty members in their program (r(322)=0.374, p<0.001), school (r(299)=0.204, p<0.001), and institution (r(233)=0.296, p<0.002). However, the respondents were generally unsure how SoTL was applied at their institutions. Respondents from private institutions reported making more SoTL presentations at conferences than did those from public institutions (t(303)=-2.761, p=0.006) and stronger promotion of SoTL in their institutional policies (t(330)= -3.004, p=0.003). Barriers to changing the perception and application of SoTL appeared to exist at both organizational and individual levels, and ADEA was perceived to be well positioned to assist with both.

Development and outcomes of an online-onsite hybrid dental admissions enhancement pilot program.

The University of Missouri-Kansas City (UMKC) School of Dentistry has piloted two years of an Admissions Enhancement Program (AEP) with students from underrepresented minority groups and/or economically disadvantaged areas of Missouri interested in applying to dental school. The AEP utilizes an innovative online-onsite hybrid format to elevate students' foundational knowledge in biology, chemistry, organic chemistry, and quantitative reasoning. The online component includes interaction with UMKC instructors using tablet technology and Wimba virtual classroom sessions. The onsite component engages students in academic and professional development, enrichment activities targeting skills training, experience in dental labs and clinics, and mentoring in preparing the dental school application, essay writing, and interviewing. Results to date indicate overall program satisfaction among AEP participants and a dental school acceptance rate of 73.7 percent (14/19 students). Participants reported the mock interviews and essay-writing portions contributed to their becoming competitive candidates for the admission process, and the online material enhanced their preparation for the Dental Admission Test (DAT). Pre- and post-AEP data show participant DAT Academic Average scores increased by two points. The school will continue to monitor program participants in subsequent years.

The development and implementation of an online applied biochemistry bridge course for a dental hygiene curriculum.

This article describes a curricular change project designed to improve instruction in biochemistry. After years of unsatisfactory outcomes from a dental hygiene biochemistry course, a decision was made to change the traditional lecture-based course to an online format. Using online technology and principles of educational pedagogy, a course was developed that fosters application of biomaterials principles to dental hygiene practice and provides a bridge between prerequisite chemistry coursework and biochemistry in a health professions program. Members of the dental hygiene graduating Classes of 2007 and 2008 participated in the revised course. The outcome measures used to assess the effectiveness of the revised course were student end-of-semester course evaluations, graduating senior survey results, student course performance, and National Board examination performance. While the results are based on only two classes, the positive outcomes suggest that the revision was a worthwhile endeavor. The use of technology in teaching holds the potential for solving many of the curriculum and instruction issues currently under discussion: overcrowding of the curriculum, lack of active learning methods, and basic sciences taught in isolation from the rest of the curriculum. It is hoped that the results of this change will be helpful to other faculty members seeking curricular change and innovation.

Managing change in dental education: is there a method to the madness?

The literature surrounding dental education in the United States is replete with calls for change in the way that dental students are being educated. These calls are being echoed with curriculum models and examples of best practices, but what is missing is specific information about how to implement a desired change-that is, discussion of the change process itself. Knowledge of the organizational change process in other settings, particularly in higher education and professional education, may be of interest to academic program managers in dental schools who are planning or are engaged in change. Historical and theoretical perspectives on organizations and change are presented in this article as groundwork for more detailed discussion about management of change. Seventeen research-based principles of change in higher education and factors in dental education that influence change processes and outcomes are presented and synthesized into guidelines for a hypothetical model for change in a dental school environment. Issues pertinent to the practical management of change are presented, including reframing organizational complexity, change leadership, values/competence/commitment, and organizational learning. An appreciation for change as an ongoing and manageable process will enhance a dental school's viability in a rapidly changing world and ultimately benefit dental graduates and the communities they serve.