Johnson continues her extensive research with case studies of some of the world's standout examples of distance education. Topics include pedagogy, student support services, design and delivery of programs, issues of assessment, evaluation, accreditation, and emerging technology standards.
Learn what a flipped classroom is and why it works, and get the information you need to flip a classroom. You’ll also learn the flipped mastery model, where students learn at their own pace, furthering opportunities for personalized education. This simple concept is easily replicable in any classroom, doesn’t cost much to implement, and helps foster self-directed learning. Once you flip, you won’t want to go back!
Explore a wealth of ideas, insights, and approaches that can be used or adapted by any medical library! Curricular changes in the health professions, coupled with a growing acceptance of the Internet as a tool for daily living, have contributed to a climate of change and opportunity for health sciences libraries. A Guide to Developing End User Education Programs in Medical Libraries will help graduate students in library science, entry-level medical librarians, and experienced educators to understand best practices and to build, expand, and improve medical library-sponsored educational programs. A Guide to Developing End User Education Programs in Medical Libraries is designed to aid and inform professionals who develop, teach, or evaluate end-user education programs in health sciences libraries. Eighteen case studies represent the ideas and approaches of more than fifteen private and public institutions in the United States and the Caribbean. The studies focus on effective end-user programs for medical information electives, veterinary medicine programs, health care informatics, and evidence-based medicine, plus instructional programs for teaching residents, ThinkPad-facilitated instruction, and more. The guide also examines how several medical libraries have created and expanded their end-user education programs. The contributors to A Guide to Developing End User Education Programs in Medical Libraries are health sciences librarians from teaching hospitals, medical/dental/veterinary schools, and health professions-focused universities in a dozen U.S. states and the West Indies. Each of them is involved in designing, teaching, and evaluating user education. This book will help you educate students of medicine, pharmacy, physical therapy, dentistry, and veterinary medicine, plus residents and practicing health professionals. The educational objectives and approaches in the case studies include: clinical medical librarianship integrating informatics objectives into curricula developing credit and non-credit coursework distance learning using new and emerging technologies to improve instruction The case studies in A Guide to Developing End User Education Programs in Medical Libraries follow a format similar to that of the structured abstract, including introduction, setting, educational approaches, evaluation methods, future plans, conclusion, and references. Some are illustrated with tables and figures. Several are supplemented by material in chapter-specific appendixes. Further information about specific classes, programs, or teaching philosophies is made available via Web sites featured in the book. Let this valuable guide help you—and your institution—take advantage of the opportunities available at this exciting time in the evolution of library science!
"This comprehensive collection offers a compendium of research on the design, implementation, and evaluation of online learning technologies, addressing the challenges and opportunities associated with the creation and management of Web-based applications and communities, instructional design, personalized learning environments, and effective educational delivery"--Provided by publisher.
Provides a quick reference for promoting student reflection after exams, encouraging student-led teaching models, and looking at exam corrections from both instructor and student perspectives. This guide is divided into four sections comprising 28 peer-reviewed chapters. It covers general assessment topics and traditional and alternative assessment techniques. A series of how-to assessment practices utilized in the field and practical tips to enhance assessment in the college science classroom are included.
Computers can help teachers accomplish many of their tasks more efficiently and effectively, but how can a time-strapped teacher determine which pieces of technology are likely to be most helpful? This easy-to-read book offers useful guidance for real-world situations. Organized around specific instructional goals (improving student writing, promoting collaborative learning) and commonly encountered tasks (communicating with students between class, distributing course materials), the book shows teachers at all instructional levels when and how technology can help them meet everyday challenges. Written in an anecdotal, non-technical style, the book and its accompanying CD-ROM cover how to use technology to: communicate with students distribute course materials promote collaborative learning learn through experience clarify course objectives improve student writing develop student research skills use assessment and feedback collect course materials identify plagiarism and more Teachers looking for tools to help them work better and more quickly will welcome this invaluable guide to the technology that will expedite their search.
During the past two decades, telecommunication technologies combined with Web-enabled technologies have created a new technology-based focus, Web-based learning and teaching. This new area has changed the concept of education around the world, creating new challenges and opportunities offered by this new technology-based concept. Web-Based Learning and Teaching Technologies: Opportunities and Challenges addresses many issues, trends, opportunities and problems facing colleges and universities in the effective utilization and management of Web-based learning and teaching technologies.