Education Technology
Technology in Education

An Brief Analysis of Methods that could work to improve access to Educational Technologies in both Rural and Urban Schools

Integrating technologies into classrooms general requires that a wide range of obstacles to be overcome. Not only do modern technologies have hefty price tag that can weigh heavily on school budgeting, but it also requires additional training for both the teachers as well as the students. Furthermore, it is often also the case that the school's culture is prohibitive of embracing new methods of class room education and teachers often have resistance to integrating new technologies into their lesson plans. However, in the modern environment, if technology is successful integrated into the classroom setting this can often not reduce some of the instructor's workload but also better prepare students to meet the challenges they will face in the twenty first century. The analysis will investigate different strategies that….

Access to Educational Technology: Students With Special Needs
Students with Special Needs: Access to Educational Technology

Technology has literally changed the way we live our lives in the education sector, as well as in recreation and employment. esearch evidence, however, shows that a digital divide still exists between persons with disabilities and their nondisabled counterparts. This text presents the possible reasons for this, and identifies specific tools that teachers could use to maximize outcomes for specific learner groups.

Technology has impacted almost all areas of human life, including recreation, employment and education. However, research shows that students with special needs are largely underserved, with less access to educational technology. Empirical evidence indicates that persons with disabilities are less likely than their nondisabled counterparts to have computer and internet access. This text analyzes the potential reasons for this, and identifies specific tools that teachers could use to maximize outcomes for specific learner groups. It….

Education Administrator Standards
National Educational Technology Standards for Administrators (NETS*A)

The International Society for Technology in Education (ISTE) designed a set of standards by which they believe that students, teachers and administrators can better move forward in the digital age. The administrator standards provide a means for school and district executive staff to guide their progress as electronic technology becomes even more engrained in society and institutions of learning. The ISTE outlined five areas of need which will allow administrators to lead their specific programs during the digital revolution. These standards -- visionary leadership, digital age learning culture, excellence in professional practice, systemic improvement, digital citizenship -- all concern some aspect of how a digital age administrator can foster the continued understanding and proper use of the growing range of educationally available digital technology. This paper focuses on the standards and sub-standards associated with digital citizenship and provides a specific example….

The computer is also helping the disabled learn more effectively and quickly, with programs specifically developed for the physically, visual and hearing impaired being acquired by school systems in addition to assistive devices for classroom use as directional microphones.

E-mail is almost as natural as breathing today. In the next three to five years, students will team together via desktop conferencing and groupware. Some distance learning language or other special instructional classes will also be viewed over the web and projected onto classroom TV monitors or individual laptops. Students are already teleconferencing real-time worldwide through the Internet with other classrooms, in addition to professionals and specialists in specific areas.

Another decade or so in the future, students will use information technology as learning devices through infrastructures such as knowledge webs, virtual communities, and shared synthetic environments with sensory immersion. The Internet will be used as a tutoring tool, online courses and virtual….

EdTech Business PlanExecutive SummaryCompany OverviewOur EdTech startup aims to revolutionize the K-12 learning experience with a personalized, engaging, and accessible AI-powered educational platform. Targeting initially the U.S. market, our long-term vision includes global expansion to the United Kingdom, China, and India.Value PropositionOur primary value proposition is to deliver a tailored, enjoyable, and accessible K-12 educational experience through our AI-enabled platform. We blend academic rigor with gamification to promote learning motivation and engagement. Our focus on individualized learning paths, powered by AI, allows us to adapt to each student's pace, comprehension level, and learning style (Glessner & Johnson, 2020).Target MarketOur primary market is U.S. K-12 students, aged between 5 and 18 years, from diverse socio-economic backgrounds. We cater to both traditional and homeschooling students looking to supplement their education. Given the post-pandemic shift towards online learning and the increased parental involvement in education, we see a substantial opportunity to carve a….

There are varying educational backgrounds and levels in distance education and the delivery method must be in a way that is interactive using visuals, charts, graphs and other stimulating realia.
Conclusion

In conclusion, the Dick & Carey Model of Instructional Design and the Jerrold Kemp Model of Instructional design are both excellent models for developing both traditional and distance learning materials. However, the differences among the types of ISD Comparison 6 learners must be clearly identified and defined in order for either of these models to be successful. With technology changing the face of education, instructional design models will also need to change in order to best educate and meet the needs of the different types of learners.

eferences

Dick, Walter, & Carey, Lou. (1985) The Systematic Design of Instruction (2nd ed.) Glenview, IL: Scott, Foresman and Company.

Kemp, Jerrold E. (1977). Instructional Design. (2nd Ed.) Belmont, CA: Fearon Publishers, Inc.

Brown, Frederick G. (1981).….

Chapter 3 stresses the importance both fundamentally and ethically of representing information truthfully and honestly through visual and experiential means that are meaningful to the learner and respect the fact that the individual mind is rather limited and therefore needs human centered externals to help it learn and retain information. Chapter 4 stresses the importance of individuality in the development of technologies that teach and interact with people. The overall work is important as it stresses the fact that technologies, as a creation of man must be developed and manipulated to reflect the humanity of their purpose. The fallibility of the mind is stressed as is its limitations and the possibility of the development of greater tools to impart knowledge is the most important factor in the development of learning tools.
Norman, D. (1988). The Design of Everyday Things. New York: Doubleday/Currency. [chapters 1, 2, 3, 4]

In this work Norman….

Technology in Education
Assessing Three Emerging Technologies' Contribution to Learning

There are a myriad of new technologies emerging that have the potential to completely re-order and increase the level of learning effectiveness and performance of students. With so many new technologies emerging as diverse as mobile-based learning systems on smartphones to the ability to tailor online learning systems and complete networks, the opportunities for educators to innovate has never been more full of potential. What unifies the highest performing technologies in the area of learner involvement and performance are those that allow for students to define the pace, depth and repetition possible for a given subject. All of these technologies share a common characteristic of being able to align and support learner's specific goals and objectives, creating a highly effective educational scaffolding platform in the process (Najjar, 2008). The best technologies can be quickly tailored to each individual student's needs, while also….

Purely from the healthcare educational perspective, technological innovations have greatly improved the ease with which quality education can be delivered. The more educational technology continues to evolve, the more it contributes to the corresponding development of systematic curriculum and instructional method design and Development. Ideally, the ever-increasing potential of computer technology will continue improving the manner in which the specific needs of modern healthcare can be incorporated into curriculum design and instructional methodology.
eferences:

Adams, D. And Hamm, M. (1994). New Designs for Teaching and Learning: Promoting

Active Learning in Tomorrow's Schools. San Francisco: Jossey-Bass.

Gardner, H. (2000). The Disciplined Mind: Beyond Facts and Standardized Tests: The K-

12 Education That Every Child Deserves. New York: Penguin Putnam.

Michea, Y., Phelps, C., and Johnson, C. (2002). "Modular Design of Health

Education Interactive Multimedia" School of Health Information Sciences,

University of….

The efforts of the federal government have been thoroughly and extensively backed up by fiscal funds given by the numerous states, districts, businesses, and parents (NCES, 2000). However, the overall literacy and literature education of students with the incorporation of technology has been primarily negative and this needs to change with time as the overall long-term impact of this negative pattern will be very damaging to the mindset of students and the overall literacy activities that they engage in.
eferences

Anderson, .E., & onnkvist, A. (1999). The presence of computers in American schools. Center for esearch on Information Technology and Organizations.

Becker, H.J., & Sterling C.W. (1987). Equity in school computer use: National data and neglected considerations. Journal of Educational Computing esearch, 3, 289 -- 311.

Becker, H.J. (2000). Who's wired and who's not. University of California, Irvine. Available: http://www.gse.uci.edu/doehome/DeptInfo/Faculty/Becker/packard/text.html

Cuban, L. (1998). High-tech schools and low-tech teaching. Journal of Computing in Teacher Education,….

Technology in Edu
Technology has changed the ways schools operate, the ways teachers communicate, and the ways students learn. At every level of education, from kindergarten until graduate school, technology is being used as a means to develop and deliver course material. Technology is also being used in administrative offices, and also in the home as students have greater access to educational technologies. In traditional classroom environments, technology is being used not just in the most obvious ways such as computer terminals with Internet and library database access. While traditional technological tools such as computers have become indispensable, revolutionary changes to the learning environment itself are technology-dependent. For example, technology can be used to alter lighting and sounds in the classroom in ways that promote learning, cooperation, and concentration. With technology in education comes a great responsibility to monitor usage, upgrade systems, and remain continually mindful of issues such as privacy….

"Numerous studies have shown that impressive results in student achievement have come from students in technology-rich learning environments. Additional benefits such as improved student attitude, enthusiasm and engagement have also been found." (Sebastian J.)
However technology is not a solution in itself but can be a useful and often powerful means of enhancing the educational process. In this process technology does not replace teaching as an essential function but is rather used to the advantage of the teacher and students. As one study succinctly summarizes the relationship between pedagogy and technology; "...the teacher is essential to the integration of the technological potential in education. Teachers need the access, training, ongoing support and time to become proficient, productive users of technology. This is crucial in order for teachers to fulfill their roles as facilitators of learning and information literacy." (Sebastian J.)

eferences

Building a Nation of Learners Key to U.S. Meeting Global Competition,….

he 1992 sessions, for example, consisted of approximately twenty-five pupils between 10 and 15 years of age who were mainly drawn from the Seattle area, plus about a dozen staff members.

he daily timetable was organized around activities such as computer graphics, electronic music, and VR itself. he end goal, however, was to build a virtual world. Pupils worked in small groups on the process of world-building and were encouraged to work as teams. (Schroeder, 1996, p. 70)

he technology for this system consisted of both the developmental tools, the PCs and special plug in technology and an immersive system, not afforded to all program trials but very useful here, as can be seen by the outcomes and the engaged student body of the program.

he equipment for building worlds was Swivel 3-D software (see Kalawsky 1993:211-212), and the immersive system consisted of a VPL system with a glove or hand-held 3-D mouse….

Technology has had -- and will continue to have -- a significant impact on higher education." (week 5 outline)
a) The history of technology in education can be traced to the use of mathematical instruments like the abacus, or measuring sticks. However, technology in education now connotes information technology. Information technology has transformed the nature of how education is delivered and received. However, there are some barriers to adapting to the proliferation of academic technologies in all educational institutions. Cost is one of the great barriers to incorporating information technologies. Unequal access to education is already a significant social and humanitarian problem. Access to technology may be an even bigger problem because of the costs involved in implementing technological tools in places of learning.

b) Argument 1: Technology use should be maximized in educational institutions because it is crucial to expose students to technology throughout their education. The more students are….

Students can collaborate with students in other schools and other countries as they develop ideas, skills, and products. Students in a class can collaborate outside class without having to meet in person. The theory behind collaborative learning is that the social construction of knowledge leads to deeper processing and understanding than does learning alone (Appalachian Education Laboratory, 2005).
The bulletin board and the chat room have become the backbone of many Web-based learning environments. Sophisticated Web-based collaborative learning environments incorporate not only real-time, text-based conversation, but also audio- and videoconferencing, and shared work spaces, where multiple users can collaboratively work on the same document or application. These multimedia shared work spaces are facilitated by software such as Microsoft's Netmeeting ( http://www. microsoft.com/netmeeting/), Intel's Proshare ( http://www.intel.com/proshare / conferencing/index.htm), and CU-SeeMe ( http://cu-seeme.cornell.edu / ). Multiuser object-oriented (MOO) text-based virtual reality environments now have a Web-based equivalent, WOOs (Web object oriented),….