This panel interview from the Indiana University Summer Arts Institute contrasts notions about a traditional Bauhaus foundation with a flexible, organic curriculum model. Directed instruction is also compared to problem-solving approaches. Peer teaching, science for art majors, and art for science majors are also discussed. (Author/PB)

Three rationales are provided for the ideal laboratory facilities needed to teach a technology education course. The equipment and types of activities needed to enhance learning are described. A model that represents the various technologies that make up the components of technology education laboratories is presented. (KR)

Interviews with faculty in seven problem-based medical school curricula concerning use of student-generated learning issues found that uses of such issues have evolved in terms of content definition, direct examination planning, student evaluation, and curriculum review. Results also suggest these curricula may encourage development of…

The University of California, Davis, medical school's intensive summer preentry program for disadvantaged minority students, which previews the first year curriculum, has incorporated a problem-based learning component to augment and prolong its effects. Objective measures of course effectiveness are unavailable; however, self-esteem, study…

Describes oral activities that help middle and junior high school students develop decision-making skills. The activities, based on Gary Paulsen's novel "Hatchet," focus on struggling for survival. Recommends "Hatchet" as a vehicle for observing the maturing process and for teaching skills that students can apply to their own…

This study used F. Fiedler's task structure analysis to probe emergence and maintenance of leadership in groups of gifted secondary students (N=122) engaged in unstructured, creative production. Results are discussed in terms of relationships between group perceptions of leadership effectiveness, group product creativity, and leadership style…

Although computer-based resources are appealing, there is little evidence that they are superior to less expensive traditional educational technologies in medical and dental education, and their introduction will be slow until we learn to benefit from them. However, the communications aspects of technology may be much more important and should be…

Describes Wenatchee Valley Community College's Community Resource Center (CRC), created to promote information exchange, community dialogue, and alliance building to help solve community problems. Reviews the role of the CRC's advisory board and the ways in which the CRC has served the community. (DMM)

Proposed is a scheme for concept development in teaching the topic of energy. Levels within the scheme are described, as well as their interrelationships and their relation to the student's own world. (KR)

Presented is an experiment where the concentrations of three metal ions in a solution are simultaneously determined by ultraviolet-vis spectroscopy. Availability of the computer program used for statistically analyzing data using a multivariate linear regression is listed. (KR)

Two geometry problems generated from a design problem involving a shuttle return mechanism in a weaving machine are presented. The solutions to these problems are detailed. (CW)

Surveys research on middle schools to discuss the best instructional strategies for this level. Discusses prevailing and preferred instructional practices regarding mode of presentation, instructional format, use of textbooks and materials, nature of classroom activities, and questioning, critical thinking, and problem solving. (SR)

Children collaborated in planning imaginary errands with novice peers, trained peers, or untrained adults. Collaborative planning of dyads with trained peers and with adults was equally sophisticated. Children who worked with adults planned better in posttests than those who collaborated with trained peers. (BC)

Parents can encourage their children to become better mathematical thinkers. The article describes how to assist children with problem solving and presents activities that develop specific skills (estimating, counting, sorting, volume, fractions, multiplication, money, story problems, patterning, averaging, computation, magic squares, plane…

Gives examples of, and a rationale for, using estimation in the classroom daily. Includes instructional tips and strategies to enhance estimation activities. (MKR)