Proposed is a hierarchy of visual learning giving three primary stages of visual learning as well as seven hierarchical stages. A clarification of terms associated with visual learning is presented. (KR)

An explanation of 3-D Computer Aided Design (CAD) usage to teach spatial geometry concepts using nontraditional techniques is presented. The software packages CADKEY and AutoCAD are described as well as their usefulness in solving space geometry problems. (KR)

Depicts Poetry I, a computerized lesson designed to introduce undergraduates to poetry's fundamentals and maximize student involvement. Driven by DECTalk's verse processor, the lesson teaches poetry's concepts, directs students to write and revise a limerick, and evaluates students' work. Highlights preliminary responses that demonstrate Poetry…

Discussion of the growth of technology in society focuses on political, economic, and ethical issues concerning technology in education. Highlights include technological needs of the economy; effects of technology on the job market and the labor force; the changing role of teachers; social imbalance and inequity; and social literacy. (31…

Describes methods of using technology in a preservice social studies methods course that show how technology can support teacher planning and how technology can increase teacher effectiveness. Knowledge of instructional materials is discussed, and how to demonstrate the integration of technology into the curriculum through simulations for decision…

Described are some classroom experiences teaching the concept of symmetry by having students create frieze patterns using the computer software "mosaic." Examples produced by 14-year-old students are presented, and student thinking in developing the friezes is discussed. (MDH)

Presents a series of four steps used in data analysis processes that help students investigate and interpret real world situations. Gives activities that employ computer software to create representative graphs of the data in the analysis process. (MDH)

Discusses hypermedia; examines cognitive theories of learning and hypermedia; and describes hypermedia applications in science education, including physical delivery of information, curriculum design, and promotion of scientific inquiry. Research projects at Vanderbilt University dealing with aspects of science education, including elementary…

Reports study results of introductory psychology students preparing for a quiz using programed instruction, reading a text, or reading an unrelated text. Lists principles of learning, including clear learning objectives, small steps, logical sequence, active responding, and drill and practice. Concludes that programed instruction is highly…

Effects of group and individualized mathematics instruction were investigated in high and average ability elementary students, noting the impact of ability grouping on achievement. Students instructed in pairs scored higher on posttests than those working alone. Ability grouping influenced the nature of intragroup interaction. Generating and…

This study examined the effectiveness of a computer algebra system in teaching secondary school mathematics. Pre- and posttest results and time on task were compared for students receiving conventional instruction and those receiving computer-assisted instruction using an enhanced version of muMath, a standard computer algebra package. (four…

Compares the performance of education undergraduates with high or low spatial-skill scores who learned how to calculate surface area using hypertext, computer-assisted instruction, conventional paper materials, or program control. Results are reported for misconceptions, correct problems, time on lesson, enjoyment rating, screens viewed, and…

Discusses formative evaluation of courseware and describes a study of undergraduates that compared the effects of two methods of formative evaluation on the revision of a computer-assisted instruction (CAI) program written in HyperCard. Use of the one-to-one method and the small group method of evaluation are explained, and posttest scores are…

Discusses methods for teaching mathematics skills and describes a study of third graders that compared student performances on worksheets, a microcomputer drill and practice program, and daily one-minute timing procedures of precision teaching for independent practice of multiplication facts. Results indicate that precision teaching was the most…

The director of the three-year-old Stevens project, which addresses the implementation and use of computers for middle and secondary mathematics instruction, offers a progress report. Time for preparation, teacher training, and defining the changing role of the teacher are cited as key variables. Future activities are also previewed. (Author/JJK)