A computer-based measurement system for monitoring student progress through an individualized math and reading curriculum is described along with results of a study to determine whether special education and Chapter 1 students could be identified in reference to the number of units of instruction completed by the end of a school year. (Author/CL)

Presents two examples of computer-based learning developed at the Educational Technology Center at the University of California. One is concerned with scientific literacy and the other with helping students improve formal reasoning skills. Two references are listed. (Author/MBR)

New information technologies, such as computers and videodiscs, can help defuse the controversy around how children should be taught about sex by permitting a variety of approaches to be programed. Additionally, children appear to be comfortable using these technologies for sex education. A number of approaches are discussed. (IS)

Compares a personalized system of instruction (PSI) to the lecture method and linear self-paced instruction (LSPI) of teaching stoichiometry to undergraduate students. Discusses the methods used to assess student achievement which includes: the use of common midterms and final examinations; and modules, mini-courses and mini-course final exams.…

This article discusses several general areas in which computers can add more substantially to the quality of education: (1) rapid diagnosis; (2) rapid feedback; (3) exploratory/laboratory experiences; (4) computer literacy; and (5) word processing. (JMK)

Describes the development of a set of training modules based on the learning by example paradigm, with modules differing in the degree of guidance offered to the learner. The program structure is outlined, and three kinds of loops used to adapt the program to the learner's performance are discussed. (MBR)

Microcomputers can be an asset for the physical educator in dealing with special education students. Factors to keep in mind when exploring the use of computers in the classroom are offered. (DF)

Compared the quality of preparation and attrition of students in a traditional remedial chemistry course with students in a remedial course having a personalized system of instruction (PSI), self-paced format. Although the PSI course suffered heavy attrition, PSI students did significantly better in later courses, which held up over time. (JN)

In personalized physical education, the child becomes the focus, movement becomes the content for learning, and the teacher becomes the learning manager, inviter, facilitator, and guide. Teachers use humanistic, encouraging strategies that invite children to participate and build their self-concepts. (PP)

An intensive study of nine elementary classrooms over a three-month period was conducted to analyze the extent to which teaching and learning behaviors change when computers are used for instruction. Findings are reported for both directive (computer-assisted instruction) and interactive (programing) learning experiences. (TE)

A learning system is a logical arrangement of learning experience progressions designed to improve the relevance of educational topics to the individual student, using such strategies as pre- and post-assessments, recycling activities, learning laboratories, small and large group meetings, and independent study. (MB)

Suggestions are given for teachers to operate an individualized mathematics program at the sixth-grade level. (MM)

An instructional system based on these four premises is presented: (1) Students should set individual goals, (2) students should set specific goals, (3) timed writings should be typed repeatedly until a goal is reached, and (4) a recordkeeping device such as a progress sheet should be utilized. (TA)

Describes several class activities to introduce the metric system to seventh graders. Also presents three groups of activities that are used to individualize instruction. Students choose activities within each group, completing as many as contracted in the areas of (1) making something, (2) gathering experimental data, and (3) completing…

Eight educational propositions support research that reflects the interacting effects of teacher and learner characteristics on educational outcomes. (MM)