This book provides a guide to college faculty with limited Internet experience on how to incorporate the World Wide Web (WWW) into college curriculum and instruction. The book begins with an informal history of computing and a guide to the geography of the Internet, and goes on to provide an analytical framework for thinking about networks,…

State's ability to train students in advanced techniques is factor in attracting new industries. (Editor)

Presents a summary of responses to a brief survey of physiology chairpersons (N=117) on use of computer-based education (CBE) materials in physiology and an overview of discussions that occurred at a workshop focusing on this topic. Indicates that the popular use of materials is for simulations of physiological systems. (JN)

Educational computing refers to a new interdisciplinary area of study combining the fields of teacher education and computer science education. Courses and curricula appropriate for educational computing at the undergraduate and masters-degree levels are described, along with an exemplary program at Iona College in New York. (PP)

Questions are raised about the quality of educational software programs and about what teacher educators should be doing to become computer literate. Computers will lead to many changes in the classroom; teacher educators should take a leadership role in the process. (PP)

Reviews the growth of computers in schools throughout North America, the changing attitude towards acceptance of the necessity and desirability for computer literacy and computer science education, and some social implications. Discussion of many practical benefits include pupil control, adaptability to special education, increased motivation, and…

Presents and discusses the results of a survey of school districts in the state of Maine to determine if an educational disparity existed, related to computer science education, between rural and urban secondary schools in the state. Topics addressed include the importance of computer education and computer equipment availability. (Author/JL)

Describes eight different levels of educational use of computers and proposes nine instructional goals for university computer resource centers to train teachers to become well-informed, competent computer users with a high level of computer literacy. (EAO)

Outlines plan for computer use in grades K-12 in Albany School District, California, noting major goals of computer literacy program, approach to implement goals, hardware needed, staff development, new personnel, location of hardware, and other prerequisites. An estimated budget plan and computer use framework (programing, computer assisted…

Topics discussed include: (1) what is a simulation; (2) why simulate; (3) when to use simulations; (4) planning for instruction; (5) cautions and limitations; and (6) future developments. Suggests that computer simulation in science is both entertaining and motivating. (MP)

Using personal-sized microcomputers (8K), students learn to operate equipment and program in BASIC. They complete computer-assisted instruction lessons and select, design, operate, demonstrate, and document their own original programs in this one quarter, high school course. Course objectives, activities, materials, and evaluation are outlined.…

Reviews current and future research endeavors supported by funds from industry focusing on research and development centers at various universities and industries which support scientific research. (SK)

Details of a rigorous two-semester course of study designed to equip secondary school teachers of mathematics and science to use computers in their classrooms are provided. Descriptions of individual student projects are included. (MP)

The three computer service facilities at Ohio State University in Columbus are described. Computer services are provided for: instructional purposes, public service activities, university management, the hospital information system, and student services. (BH)

Offers reasons why microelectronics and computing should be combined and offered as a specialized course, different from both physics and mathematics. Includes course content and discusses subject combinations within school science and technology departments. (Author/SK)