This article examines how teachers decide which technologies to use in their classrooms and what they expect to gain from adopting technology. Observation, interviews, and document collection were used to collect data as a part of a research project in a Midwestern state. Subjects were 15 to 25 mathematics professionals participating in the…

Presented are a discussion of the strengths and weaknesses of teaching programming with several programming languages. Suggestions for language selection are included. Arguments for a Logo-Pascal computer curriculum are indicated. (RH)

Suggests that the dearth of computer science instruction in secondary schools may be due to a lack of teacher and administrator training. Proposes a program to retrain high school teachers of science and mathematics to teach computer science. The program would run two summers and contribute to a master's degree. (Author/AIM)

Examines 92 Canadian secondary school teachers for their familiarity with categories of educational computer applications. Reports relationship of variables such as teacher age, gender, subject area specialization, and teaching experience as they related to knowledge and use of computers. Lists 16 references. (YP)

Presents an approach for the improvement of teacher performance through in-service programs related to computer science education. Identifies what teachers need to know about computers and offers a model for the planning, development, implementation, and evaluation of in-service programs for teacher computer literacy. (ML)

Contends that elementary principals must be computer literate to be effective instructional leaders. Points out that principals should be familiar with computer hardware, software, computer assisted instruction, and micro-based administrative operations. (ML)

Examines factors related to computer anxiety measured by the Computer Anxiety Index (CAIN). Achievement in two programing courses was inversely related to computer anxiety. Students who had a home computer and had computer experience before high school had lower computer anxiety than those who had not. Lists 14 references. (YP)

Describes a study that explored the attitudes of students (N=501) and teachers (N=53) toward computers. Argues that the views of teachers and students concerning the integration of computers in science teaching should be taken into consideration in course design and implementation. Contains 37 references. (DDR)

Discusses the features and advantages of the computer language PROLOG, and explains the approach taken in teaching it as a first computer language. Includes an example of the use of PROLOG in programming a science lesson on elements for junior high students. (ML)

This article is a report of the evaluation of the second year of the project, ENLIST Micros II. The project is working to develop a model for implementing educational computing in school science. The project goals, staff development, and project activities are described. The participants' checklist, "Microcomputer Use in Science…

Lists criteria for selecting quality computer software. Describes tutorial, drill and practice, test scoring, and simulations as innovative uses of microcomputers. Establishes a need for the use of computers and courseware as learning opportunities. Defines significant vocabulary terms and concepts to promote literacy. (RT)

Discusses the use of spreadsheets for problem solving in middle and elementary school math classes. Lists six ideas for their use in the classroom. Includes two templates. (MVL)

Presents a computer program which prints out a calendar corresponding to any year A.D. and states the objectives for such a program. Shows an example of a sample run. (RT)

Reviews three software packages: (1) "The Weather Machine Courseware Kit" for grades 7-12; (2) "Exploring Measurement, Time, and Money--Level I," for primary level mathematics; and (3) "Professor DOS with SmartGuide for DOS" providing an extensive tutorial covering DOS 2.1 to 4.0. Discusses the strengths and…

Reports on a study designed to further investigate whether structured Logo learning experiences would have a positive influence on student understanding of selected basic geometry concepts. Results indicated more than just one year of Logo instruction would be needed to improve students understanding of simple angle and distance concepts. (TW)