The use of computers in higher education instruction is addressed from a pedagogical point of view and is intended as a guide to the integration of computers into instruction in ways that will fulfill the technology's promise and avoid its problems. After an introductory section on the promises and problems of computers, Part One ("Enriching…

The monograph describes Project INTERFACE, a 2-year collaborative effort among the Board of Cooperative Educational Services (BOCES) of Nassau County (New York), Long Island University, and three local school districts. The project identified the "most effective" implementation strategies for integrating microcomputer instruction into…

This is the final report of a year-long research project on the implementation of a guided inquiry approach using the Geometric Supposer, a microcomputer software series, to teach high school geometry in three Boston area suburbs during the 1985-1986 school year. The project assessed student learning and examined the many and varied issues…

This newsletter has been designed to update and supplement the curriculum guide "Resources for Teaching Virginia Government." Issue 1 features "Campaigning on the Tube" (J. Babb), an articles that teaches about television's role in promoting political events and candidates in Virginia. "...Demagogues, Pedagogues,…

A literature review of studies on educational computer applications and use revealed that U.S. school districts have incorporated microcomputers into both their instructional and administrative processes. Apple and Radio Shack's TRS-80 microcomputers are the two most popular microcomputers used. Mathematics and language usage are most often…

Computers frequently are not utilized adequately or optimally in classrooms. However, selected principles of learning are applicable to computer and software usage. They include: (1) meaningful and achievable exercises; (2) sequential learning; and (3) purposeful content. Learner interest, motivation, and balance among objectives are significant…

Describes New Jersey Institute of Technology's (NJIT) comprehensive plan of becoming a computing-intensive campus. Explains how it provided full time freshmen with microcomputers, free of charge, and how use of computers was integrated into various courses at NJIT. Reviews accomplishments of the program. (ML)

Explains the procedures and materials involved in converting a high school's punch-card system to an online database. Identifies the capacities of the new system and highlights its advantages. (ML)

Reviews the use of spreadsheets and gives examples of how they can be adapted for data analysis in a science laboratory situation. Highlights the benefits and limitations of this approach for students. (ML)

Discusses the need to take into account the effects of arrested fractional crystallization in the petrographic classification of volcanic rocks containing plagioclase phenocrysts. Describes the development and use of a computer program to accomplish this task graphically. (TW)

Describes a single input/single output feedback control system design program for IBM PC and compatible microcomputers. Uses a heat exchanger temperature control loop to illustrate the various applications of the program. (ML)

Based on survey data on North Carolina schools in 1984-85 and on site visits and interviews in selected schools, leadership and commitment of policymakers and educators are found to be as important as demographic and financial characteristics of school districts for providing computer access and appropriate uses. (9 references) (MES)

Explains how databases can be used to enrich and complement the science curriculum. Provides examples of applications of databases to science activities and experiments. (ML)

Traces the origin, changes, and current status of the PLATO system at the University of Illinois. Highlights the program's benefits to students, its adaptations, and its establishment of large networking systems. (ML)

Identifies problems students have learning physics and explains how microcomputer-based laboratory (MBL) tools can help the learner. Describes the possibilities for instruction with MBL instruments and stresses the pedagogical advantages it has in the sciences. (ML)