Reports on a program designed to increase computer literacy of faculty and to help them incorporate the use of microcomputers into their classes. The approach included formal 2-week summer workshops and peer groups to facilitate development of discipline-oriented microcomputer applications. (JN)

Purpose: The purpose of this scientific monograph is to show new and creative approaches to different school subjects in primary and secondary level. Methodology: Interdisciplinary and international comparative approaches were used. Now according to the 7th Framework Program, the preferred form of Science Education (www.scientix.eu) is preferred…

Provided is a collection of papers on computer literacy and simulation originally published in The Physiology Teacher, supplemented by additional papers and a glossary of terms relevant to the field. The 12 papers are presented in five sections. An affirmation of conventional physiology laboratory exercises, coping with computer terminology, and…

This annotated bibliography contains 33 items from the ERIC database concerning the use and misuse of metaphor in science education. The items date from 1977 to 1988 and are grouped into fire categories: overview, science education, writing in the sciences, children's learning, and computer terminology. (RS)

Lists: (1) educational uses of microcomputers; (2) goals of a microcomputer selection committee; and (3) goals to be achieved by students owning microcomputers. Discusses progress made by the selection committee, faculty development in computer literacy, current preparations being made for the arrival of the microcomputers, and computer uses in…

Findings from an evaluation of Teacher Education and Computer (TEC) Centers were presented. The California State Legislature authorized 15 TEC Centers to provide staff development services to teachers and administrators. Evaluation of the Centers focused on several policy issues in order to describe the major accomplishments of TEC Centers on a…

Compared two methods of instruction for improving the computer literacy of preservice elementary teachers (N=94): computer assisted instruction in an earth science course and computer programming in a mathematics education course. Computer literacy was measured by the Minnesota Computer Literacy and Awareness Assessment. Methodology, findings, and…

Describes the information technology (IT) capabilities of a group of science student teachers. Argues that the classroom experience of using IT is an essential component of the training course and that progress is hampered by the infrequent use of computers by school mentors. Contains 33 references. (DDR)

Proposes a faculty retreat as an opportunity to approach decision-making through consensus-building strategies. Identifies four decision-making stages and outlines techniques to be used at each stage. (JM)

Describes a computer-training needs assessment conducted in a manufacturing company which was performed by students in an industrial education course at the University of Minnesota. Provides suggestions for educators in providing computer training to the private sector. (TW)

Because of the rapid introduction of computers into the Israeli education system, teachers resent the new technology or are unrealistically enthusiastic. Therefore, a split curriculum which enables teachers to follow a more logical path of adoption was developed. A brief description of the syllabus used (including course goals) is described. (JN)

Describes how technology instruction is incorporated in preservice teacher instruction at Georgia State University. Discusses the network technology and computer software and hardware introduced; transferring technology into students' teaching; and assessment via e-mail discussion. (AEF)

Lists 31 useful physics-related Internet sites to help physicists who are just starting to use the Internet. The sites are also useful in teaching or to assist students in doing research. Sites have a range of sponsors including physics organizations, government agencies, universities, and corporations. (PVD)

Provided are guidelines for evaluating undergraduate professional education in chemistry. The guidelines summarize an approved program as including: 400 hours of classroom work; 500 hours of laboratory work; a core curriculum covering principles of analytical, inorganic, organic, and physical chemistry; 1 year of advanced work in chemistry or…

Discussed are the results of a questionnaire which concerned students' course choices and why students chose not to study computing. The lack of human orientation, mathematical ability, and lack of computer contact in secondary schools are identified. (KR)