Vista College has always placed high priority on making its classes available to disabled students. When public demand mandated instruction in microcomputers, a program was designed to be accessible to handicapped and able-bodied individuals. Describes how this program was achieved and the success of the college's computer learning center. (JN)

Describes how a 30,000 student institution of higher learning is installing a campus-wide telecommunications system supporting voice, data, and video applications. Objectives of the telecommunications program and guidelines used in its development are outlined. (JN)

Discusses communications technologies now being refined for nationwide introduction to allow educational institutions to share their database resources at greatly accelerated speeds and with increasing ease. (JN)

Describes Iowa State University's Computation Center. Center's responsibilities include computer science research and providing computing services to the university. System Industries' Trade and Exchange program (permitting used Digital Equipment Corporation disk drives to be exchanged for new SI equipment at substantial cost savings) was used to…

St. Mary's College (Maryland) has computerized its entire 167-acre campus for students, faculty, and the administration. The uses of these computers for instructional, administrative, and research purposes at the college are described. Future uses of these computers are also considered. (JN)

In August 1984, each member of the entering freshman class at Clarkson University received a Zenith Data Systems Z-100 PC desktop computer. Although there have been some problems (such as losing homework due to one power failure), results of a student survey indicate overall positive attitudes toward the experience. (JN)

Two college of education experts present a system which trains university students to administer and interpret standardized tests such as the Wechsler Intelligence Scale for Children-Revised (WISC-R), thus easing time demands upon their instructors. (JN)

Freshmen at Clarkson College of Technology (Potsdam, NY) will be issued a Zenith microcomputer. Every aspect of Clarkson's curriculum will be redesigned to capitalize on the new computing and word processing power. Students will pay $200/semester and a one-time $200 maintenance fee and will keep the computer when they graduate. (Author/JN)

During the 1980's, the educational community has been keeping its eye hopefully on several campus-wide networking projects. Included are reports on progress in networks and networking at Carnegie Mellon University, the Massachussetts Institute of Technology (MIT), and at Brown University. (JN)

Describes two practical and cost-effective applications which can be achieved through microcomputer-enhanced communication in education. Detailed are applications in brainstorming and computer conferencing. (CS)

To dissolve much of the confusion surrounding videotex and teletext, and the respective merits of these emerging technologies for education, the Annenberg Foundation joined with the Corporation for Public Broadcasting to conduct controlled comparison tests. Results of the project are described. (JN)

For less than $3,000 per classroom, Dyersburg State Community College (Texas) has integrated its campus time-sharing computer system into projection television sets under interactive, teacher control. Six uses of the Teacher's Interactive Video Instructional System identified so far are described. (JN)

The University of California (Irvine) has automated its scoring of placement tests to incoming freshmen and women with specialized administrative software that interfaces a microcomputer with an optical card reader. The university's placement testing program, the computerized system, and advantages of the system are explained. (JN)

Videodisk technology consists of the videodisk, the videodisk player, and the equipment necessary to produce the videodisk. Describes videodisk technology and its advantages over similar media, its most prevalent uses, current educational applications, and courseware developed by the Interactive Videodisk for Special Education Technology project.…

Discusses why educators should not rush headlong into creating robotics curricula and suggests methods of establishing meaningful courses. Indicates that the solution to the problem of building a robotic curriculum is to incorporate the three major areas of robotics (design, operations, maintenance) into existing curricula where they best fit. (JN)