Bring your classroom into the 21st century using the Internet! Useful strategies, An annotated list of teacher-tested websites, and easy-to-follow lesson plans for all content areas make this resource a perfect guide for integrating the Internet into the curriculum. Student activities, student research suggestions, and 24 model lessons that clearly demonstrate how to effectively use websites are provided along with information on teacher and student resource sites. The open-ended activities help students develop thinking skills and learn to search the Web and evaluate websites. Topics covered include computer management, differentiation, safety issues, searching the Internet, copyright guidelines, and more. The Teacher Resource CD provided includes reproducible teacher resource materials. 296pp.

Development Skills and Concepts through Educational Technology Skills are involved in construing the meaning of symbols used for conveying the conceptual content. These skills fall under broad categories namely literacy, numeracy and graphicacy. Literacy includes understanding terminology and explanations using words. Numeracy includes understanding mathematical notations for communication using numbers. Teacher knowledge of appropriate performance strategies for a learning activity is also required for guiding different work. For example, the teacher needs to know why and when to ask students to reconsider their choice of the numerical scale while plotting a graph. To gradually develop this skill, graphs involving one nominal variable, e.g., months of the year, have been found as good starting points for facilitating students to focus on numerical issues along a single dimension. Technology in education is most simply and comfortably defined as an array of tools that might prove helpful in advancing student learning and may be measured in how and why individuals behave. Educational Technology relies on a broad definition of the word “technology.” Technology can refer to material objects of use to humanity, such as machines or hardware, but it can also encompass broader themes, including systems, methods of organization, and techniques. Hope this book will be useful to students as a reference book and will be a priced collection for their own library. Contents: • Distance Education and Curriculum Technology • Attitude of Experimentation • Information Technology and Agriculture • Use the Internet to Teach Information Literacy • Manage Classroom Using Technology • Confidence-Based Learning, Sleep-Learning, Over-Learning, Observational Learning, Cooperative Learning and Operant Conditioning • Government Investment in Educational Technology, Methodology, Research and Development • Higher Education in Science and Engineering: An American Perspective on Educational Technology • Use of Distance Education in Non-formal Education: An Indian Perspective on Research in Distance Education

Discussing Web-based training from design, development, delivery, management, implementation, and evaluation perspectives, this book includes 63 chapters by experts from around the world. They offer instruction on the uses of the Web for corporate, government, and academic training purposes. Particular chapters address topics like the advantages and limitations of Web-based training, the technological resources available, the theory behind Web-based learning, the use of simulations, online testing, copyright, and cost. c. Book News Inc.

This book presents the proceedings of the International Science and Technology Conference “FarEastCon 2020,” which took place on October 6–9, 2020, in Vladivostok, Russian Federation. The conference provided a platform for gathering expert opinions on projects and initiatives aimed at the implementation of far-sighted scientific research and development and allowed current theoretical and practical advances to be shared with the broader research community. Featuring selected papers from the conference, this book is of interest to experts in various fields whose work involves developing innovative solutions and increasing the efficiency of economic activities.

Internet research spans many disciplines. From the computer or information s- ences, through engineering, and to social sciences, humanities and the arts, almost all of our disciplines have made contributions to internet research, whether in the effort to understand the effect of the internet on their area of study, or to investigate the social and political changes related to the internet, or to design and develop so- ware and hardware for the network. The possibility and extent of contributions of internet research vary across disciplines, as do the purposes, methods, and outcomes. Even the epistemological underpinnings differ widely. The internet, then, does not have a discipline of study for itself: It is a ?eld for research (Baym, 2005), an open environment that simultaneously supports many approaches and techniques not otherwise commensurable with each other. There are, of course, some inhibitions that limit explorations in this ?eld: research ethics, disciplinary conventions, local and national norms, customs, laws, borders, and so on. Yet these limits on the int- net as a ?eld for research have not prevented the rapid expansion and exploration of the internet. After nearly two decades of research and scholarship, the limits are a positive contribution, providing bases for discussion and interrogation of the contexts of our research, making internet research better for all. These ‘limits,’ challenges that constrain the theoretically limitless space for internet research, create boundaries that give de?nition to the ?eld and provide us with a particular topography that enables research and investigation.

This book takes educators through the necessary steps to transform a traditional course into an online or partially online course -- which may be part of a traditional nursing education program, a continuing education course, or a certification program. The authors address questions such as: How can learning theories be applied online? What does class participation mean online? What are options for clinical lab experiences? What sort of technical support will I need? Readers will fin

With its easily obtainable wealth of information, the Internet has proven to be both a boon and a challenge for today's public schools. Teachers can download lesson plans and participate in online professional development courses; students can access new research and chat with other students around the world. But with technological innovation come legal pitfalls, where issues such as free expression, privacy, and copyright take on a whole new dimension. The Internet and the Law: What Educators Need to Know provides a clear and in-depth discussion of the key legal issues public schools face in using the Web, e-mail, and other computer technologies. As an educator and an attorney, Kathleen Conn brings a unique and informed perspective to this changing arena, succinctly identifying and examining major risks for schools and the specific case law that shapes these issues, including: * First Amendment protection for teachers and students, * Filtering and blocking technology for obscene material, * Use of students' personal information and education records, * Downloading and storing of copyrighted material, * Fair use, * Defamation in Internet communications, and * E-mail harassment. To help educators handle these issues, Conn offers sound advice in developing policies that comply with the law while safeguarding the school or district. As the use of technology in schools continues to evolve, teachers, administrators, and school staff must stay aware of the law that governs it. The Internet and the Law provides the solid legal grounding that every educator needs. Note: This product listing is for the Adobe Acrobat (PDF) version of the book.