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\"Learn how to harness the power of AI in your classroom! This professional resource includes 50 easy-to-implement strategies for using AI technology as a tool for teaching. This book saves teachers valuable time with activities that boost literacy, content knowledge, and student engagement using AI tools.Written by a teacher who specializes in using technology in his own classroom, this professional book introduces artificial intelligence and the many ways it can help educators. These quick, accessible strategies for using AI academically and creatively can be used in any K-12 classroom. From sample prompts for AI to activities that support community building and fun, help teachers save valuable time and implement creative strategies with the tools in this resource!\"-- Provided by publisher.

Whole slide imaging (WSI) represents a paradigm shift in pathology, serving as a necessary first step for a wide array of digital tools to enter the field. Its basic function is to digitize glass slides, but its impact on pathology workflows, reproducibility, dissemination of educational material, expansion of service to underprivileged areas, and intrainstitutional and interinstitutional collaboration exemplifies a significant innovative movement with far-reaching effects. Although the benefits of WSI to pathology practices, academic centers, and research institutions are many, the complexities of implementation remain an obstacle to widespread adoption. In the wake of the first regulatory clearance of WSI for primary diagnosis in the United States, some barriers to adoption have fallen. Nevertheless, implementation of WSI remains a difficult prospect for many institutions, especially those with stakeholders unfamiliar with the technologies necessary to implement a system or who cannot effectively communicate to executive leadership and sponsors the benefits of a technology that may lack clear and immediate reimbursement opportunity. To present an overview of WSI technology-present and future-and to demonstrate several immediate applications of WSI that support pathology practice, medical education, research, and collaboration. Peer-reviewed literature was reviewed by pathologists, scientists, and technologists who have practical knowledge of and experience with WSI. Implementation of WSI is a multifaceted and inherently multidisciplinary endeavor requiring contributions from pathologists, technologists, and executive leadership. Improved understanding of the current challenges to implementation, as well as the benefits and successes of the technology, can help prospective users identify the best path for success.

This book provides instructors with a holistic way of thinking about learners, learning, and online course design. The distinctive strategies derived from an integrated framework for designing the online learning experience help create an experience that is more personalized, engaging, and meaningful for online learners.

With the large increase in online instruction, including remote instruction with online materials during the COVID-19 pandemic, there also was an increase in the use of instructional materials that were made to be displayed online or were digitized for online use. However, teachers have not had access to guidance about how to select and evaluate online instructional materials for classroom use. The lack of guidance has the potential to harm historically excluded populations of students and could frustrate teachers as they learn to teach with digital materials. The purpose of this paper is to share the 4A Framework for evaluating online instructional materials. The framework is organized around the premise that quality online instructional materials are accessible, promote active engagement, advocate for inclusion, and are accountable for their relationships to standards and data privacy. Each feature is discussed and examples of teacher work in applying the framework are shared.

Responding to both the trend towards increasing online enrollments as the demand for face-to-face education declines, and to the immediate surge in remote learning owing to the COVID-19 pandemic, this book provides vital guidance to higher education institutions on how to develop faculty capacity to teach online and to leverage the affordances of an ever-increasing array of new and emerging learning technologies.This book provides higher education leaders with the context they need to position their institutions in the changing online environment, and with guidance to build support in a period of transition.It is intended for campus leaders and administrators who work with campus teams charged with identifying learning technologies to meet an agreed upon program- or institution-level educational needs; for those coordinating across campus to build consensus on implementing online strategies; and for instructional designers, faculty developers and assessment directors who assist departments and faculty effectively integrate learning technologies into their courses and programs. It will also appeal to faculty who take an active interest in improving online teaching.The contributors to this volume describe the potential of artificial intelligence algorithms, such as those that fuel learning analytics software that mines LMS data to enable faculty to quickly and efficiently assess individual students’ progress in real time, prompting either individual attention or the need to more generally clarify concepts for the class as whole. They describe and provide access to a hybrid professional development MOOC and an associated WIKI that curate information about a wide range of learning software solutions currently available; and present case studies that offer guidance on building the buy-in and consensus needed to successfully integrate learning technologies into course, program- and institution-level contexts.In sum, this book provides readers with a comprehensive understanding of the technological capabilities available to them and identifies collaborative processes related to engaging and building institutional support for the changes needed to provide the rapidly growing demand for effective and evidence-based online learning.

This article reflects a metaview of the work of the three research projects funded through the Institute for Education Sciences under the Reading for Understanding competition that addressed middle‐grade through high school readers (grades 4–12). All three projects shared the assumption that instruction is necessary for successful reading to learn just as it is for learning to read. Through multiple studies conducted independently, the three projects arrived at common themes and features of productive instruction for reading for understanding with adolescent readers. These common themes are elaborated with instructional examples and include the following: (a) Students purposefully engage with multiple forms of texts and actively process them, (b) instructional routines incorporate social support for reading through a variety of participation structures, and (c) instruction supports new content learning by leveraging prior knowledge and emphasizing key constructs and vocabulary.

Despite the recognized importance of emotion in learning (Kim and Pekrun in Handbook of research on educational communications and technology, 4th ed., Springer, pp. 65–75, 2014), instructional material design research primarily focuses on cognition, tending to ignore the affective dimension (Brom et al. in Educ Res Rev 25:100–119, 2018). To understand the complex phenomenon of how students’ emotional responses to instructional materials are formed, this qualitative thematic study explored factors thought to affect their visual perceptions of instructional materials by utilizing the general framework of approach and avoidance motivation. Four sets of printed instructional materials were prepared, each with the same content drawn from finite mathematics, but with different visual designs. A total of 25 students were invited to a laboratory room and asked to select and study one out of the four sets of materials. The entire process was observed, and students were interviewed to share their experiences. The results showed that students selected instructional materials based on their holistic impression of the materials and on their individual expectations as shaped by previous experiences. For example, students who had math anxiety selected materials that did not look like math textbooks, although opinions regarding which materials did or did not look like textbooks were diverse due to different material experiences. While existing studies tend to be deterministic about the attractiveness of visual materials (e.g., Plass et al. in Learn Instruct 29:128–140, 2014), the present study confirms that there is no universal design that elicits comfortable experiences for everyone. This paper concludes with sets of guidelines and methods to accommodate students’ diverse visual perceptions, which is critical for enhancing learning as a holistic experience.

Background. The New Medicine Service (NMS) was developed in England more than ten years ago, as a three-stage consultation led by community pharmacists to support patients taking new medication for a chronic disease. In Poland, the scheme was officially introduced in January 2023. However, its implementation into common practice has been presented with various obstacles, including the need to develop relationships with general practitioners, resolve the payment structure, and provide training with adequate supporting materials. Hence, written materials have been designed for use as an optional tool for counselling patients receiving an NMS in community pharmacies. Methods. The present study evaluates the ability of these materials to inform patients about the need to adhere to anti-hypertensive medication. A group of 401 randomly-selected adult visitors to pharmacies and/or healthcare centres were surveyed; one third had hypertension in their history. Results. The structure, grammar and readability of the text achieved the required threshold of 40% according to the Plain Language Index. The designed materials effectively informed the patients about anti-hypertensive medication, reflected in an increased score in a knowledge test, and were rated positively regarding information level, comprehensibility and presentation. Conclusion. The proposed material may serve as an additional, “patient-friendly” educational tool for use as part of an NMS.

This article reviews the literature on the relatively new field of materials development for language learning and teaching. It reports the origins and development of the field and then reviews the literature on the evaluation, adaptation, production and exploitation of learning materials. It also reviews the literature, first, on a number of controversial issues in the field, next, on electronic delivery of materials and, third, on research in materials development. It identifies gaps in the literature and makes proposals for future progress in materials development and in the research within the field. Much of the literature focuses on materials for learning English but the same principles apply to materials for learning any L2, as has been acknowledged by some of the authors whose publications focus on materials for learning other languages.

Local wisdom like Surabaya Zoo, Semanggi, and Maulud Nabi has pedagogical value because it aims to regulate behavior that is beneficial to the common interests of the community. Thus, this research aims to develop teaching materials of data presentation using local wisdom for preservice teachers. The feasibility of teaching materials was evaluated based on their validity and practicality. The design of this research was four-D-model, consist of Define, Design, Develop, and Disseminate. The data of this research was analyzed by quantitative descriptive. The results of this research were as follows: (1) The teaching materials that were developed consist of lesson plan, worksheets, power point media, and assessment; (2) The instructional materials developed were valid and practical and have scored 3.1 and 3.34 respectively. The category of validity in content, construct, language, and contain principles of local wisdom; (3) The lecturer implemented the lesson plan well, the increased of preservice teachers' activities were indicated through investigation, investigation result analysis and presentation of final product. Based on the results of the research, the teaching materials of data presentation empowers preservice teachers' skills in data presentation using local wisdom context.