The Role of Information Technology in Education explores the potential for technology to redefine the terms of teaching and learning. Can the tools of technology break through the barriers to educational progress? What inhibits the effective use of technology? What are the perceived and the real limits of these tools? Thirteen grantees are helping to answer these questions. In 1998, we noticed that computers in classrooms, frequently donated by well-intentioned companies, too often sat idle, or if used, amounted to little more than enhanced typewriters.
Making computers available in schools was not sufficient to realizing technology’s potential. The Role of Information Technology in Education initiative explores factors necessary to help technology reach its potential for learning. From the public school to the university setting, from local communities to nonprofit organizations, these grantees each offer a unique perspective on the role of technology in education. To learn how technology is one of the many tools that can educate and train employees, visit: Pioneer Employers.
The Hitachi Foundation issued the Tech Ed Letter based on these ideas: 1. A vast majority of schools have the equipment. Schools, districts, and states seem to have found money for hardware, but have invested only meagerly, if at all, in training teachers to use the technology. 2. The education sector has no systemic approach to upgrading the skills of its professionals in both pre-collegiate and higher education. If done at all, in-service technology training for teachers has been limited in number served and scope, traditional in its delivery (typically one-time sessions), or left primarily to individual teacher initiative.
Training typically has not helped teachers understand how to integrate technology into the curriculum. 3. There are pockets of innovation. Individual teachers, students, and communities are delivering specific advances at every educational level.
Advances can be grouped into 5 categories: pedagogy: enhanced capacity for tailoring instruction for individual students and monitoring student performance to assess instruction efficacy. constructing local content: through collaboration made possible by technology, students or professors in several locations, drawing on local content can transform classroom practices. professional development: information technology makes possible high-quality professional development at times convenient for the teacher.
Technology can overcome school scheduling problems by delivering training during off-hours or as the teacher works with students and colleagues in the classroom. collaboration: teachers and students can collaborate outside the classroom in synchronous (real-time) and asynchronous (delayed response) fora, which brings far more resources, perspectives, and analysis to classroom assignments. economic efficiency: schools and universities are finding ways to use technology creatively to save money or expand productivity.
4. Technology is a tool — a means rather than an end.
5. Using technology effectively in the classroom means transforming the classroom, teaching, and learning. Productive use of technology does not mean using it solely to help slow students catch up, to occupy quick achievers, to reward good behavior, or to baby-sit. Where technology is yielding results, the classrooms are student-centered, with teachers as coaches and guides. Outside resources come to class and students go outside the classroom. Technology allows engagement, review, and especially assessment in broader, deeper ways.
In addition to each project’s individual goals, we had these broad goals for the portfolio: Illustrate how technology is being used to make possible new methods, outcomes, and advancements in teaching and learning. Illustrate specifically how information technologies can improve or advance teaching or learning, and for whom. Identify unused or unexplored opportunities to strengthen teaching and learning through the use of information technology. Advance the practice of collaboration.
This project is creating interactive Web Site teaching applications for K-12 teachers in the Banning/Carson Cluster (Los Angeles Unified School District). Teachers will be able to tailor self-paced and class-wide instruction, develop and revise the applications, monitor and evaluate their approaches and student performance on specific subjects and problems, provide students with individual problem sets, and collaborate with other teachers. Catholic University of America, Washington, DC International Virtual Department for Historical Studies of Mathematics The Catholic University of America, in partnership with the Mathematical Association of America and numerous scholars at universities worldwide (including Oxford, Russian Academy of Sciences, Princeton, and Kyoto), is implementing, evaluating, and disseminating an International Virtual Department for Historical Studies of Mathematics.
This project is establishing, testing, and refining the First-State Instructional Resource System for Teachers. FIRST is an Internet-based professional development system linked to Delaware’s state education reform movement. The site will include professional development units that illustrate effective teaching of curriculum concepts, curriculum units linked to state standards, teacher discussion and collaboration forums, teacher comments on curriculum units, related commercial curriculum resources, and assessment techniques.
The Eagle Rock Junior/Senior High School started The Talons 2000 Academy – a four-year, college preparatory program with a focus on business and technology. The Academy, within the walls of ERJ/SHS, is developing a student-led business to build, refurbish, and support computers throughout ERJ/SHS, the LA Unified School District, and the community. Information and Referral/Volunteer Connection, Coeur d’Alene, ID Community Science Online uses information technology to teach science by integrating scientific content with local and regional history and discussions of contemporary events in an interactive Multi-Object-Oriented environment. Leadership, Education, and Athletics in Partnership, New Haven, CT – LEAP Computer Learning Centers Leadership, Education, and Athletics in Partnership, in conjunction with the Hartford and New Haven Housing Authorities, Yale University, and Connecticut College is creating parent and student outreach programs in LEAP Computer Learning Centers in three CT cities. LEAP is evaluating the impact of the centers’ programs on child development and technology skill building and increasing the breadth of technology training for LEAP parents and schools.
New York Institute of Technology, Central Islip, NY – Educational Enterprise Zone The New York Institute of Technology, in partnership with the Nassau and Dutchess County Board of Cooperative Educational Services and seven museums is creating an Educational Enterprise Zone. Linked by low bandwidth videoconferencing and a host of other technological tools, museums, libraries, teacher centers, and others will beam their knowledge into schools. Northwest Arctic Borough School District, Kotzebue, AK – The Virtual Village Northwest Arctic Borough is creating The Virtual Village project to train student technology leaders to be mentors to teachers, students, and staff in order to help teachers incorporate modern technology so students can preserve and spread traditional cultural knowledge. The project addresses challenges and opportunities that include a transient teaching pool, isolated villages accessible only by air, and curriculum material that is not linked to village realities or traditional knowledge and ways. Scott Lane Elementary School, Santa Clara, CA – 1000 Days to Success in Reading Scott Lane Elementary School is adding technology as it starts the second year of its 1000 Days to Success in Reading project – a warranty program that guarantees all children who entered kindergarten in September 1997 will be reading at or above grade level by the end of second grade.
The project is training teachers to use technology and integrate it into the curriculum, establish a cyber-space library, allow broader interactions among teachers to expand their resources and support services, and engage parents, community volunteers, and the larger school population in the educational process. Tucson Unified School District, Tucson, AZ – Community Learning Project The Tucson Unified School District, in collaboration with The University of Arizona, is implementing the Community Learning Project at two elementary schools. The project will coordinate three existing pilot programs to provide a comprehensive, experiential, interdisciplinary education experience for children and their university mentors. Virginia Polytechnic Institute and State University, Blacksburg, VA – Facilitating the Community as a Learning Community The Facilitating the Community as a Learning Community project expands and improves the Blacksburg Electronic Village community network and its links to K-12 education and community interaction with a new Web-based multi-user domain.
The project will develop, implement, and investigate educational activities that involve real-time collaboration with community members and activities that engage citizens on matters of community interest. World Game Institute, Philadelphia, PA – NetWorld Game Learning Project The World Game Institute (WGI) and four collaborating museums are supporting the NetWorld Game Learning Project -a comprehensive Internet-based education program for high school teachers and students. The NetWorld Game Learning Project creates an Internet-based simulation of real world situations that complements high school curricula in four U.S. cities.
University of Oklahoma Colleges of Engineering and Education, in partnership with the State Department of Education, Norman, OK The Colleges of Engineering and Education, in partnership with the Oklahoma State Department of Education, is creating an Internet-based training program to instruct teachers how to incorporate electronic media into their classrooms. Teachers learn how to develop and use graphics, animation, simulation, distance learning, network-based collaboration, online courseware, and streaming video to both amplify their teaching style and immerse students into the constantly changing world of technology.