Thanks to the Winning against Violent Environments (WAVE) mediation program, many of Cleveland, Ohio's public high school students have the right and responsibility to resolve most of their own conflicts, nonviolently, with peer assistance instead of adult punishment. WAVE allows adults to work on educational tasks and students to develop…

Outlines a process-oriented approach to teaching movement and performance to young children. This approach applies a model, which stresses playing and problem solving and which focuses on the creative process rather than creation of a product, to the development of a method of teaching that encourages problem finding and problem solving. (MDM)

Asserts that metacognition is one of the most important developments in the contemporary study of learning. Proposes a theoretical analysis of a number of interrelated issues with regard to their importance for metacognition. Focuses on strategy selection in light of the impasse-based theories of problem solving. (CFR)

Asserts that whether students engage in creative and critical thinking depends on how teachers structure the learning situation. Contends that using "academic controversy" among students provides a basis for deliberate discourse and creative problem solving. Presents a five-step instructional model to guide students. (CFR)

A spirit of collegiality and productivity flourishes at a Glendale, Arizona, middle school. Staff focus on integrating academic, exploratory, and thematic learning to develop students' cooperative learning and thinking skills. Curriculum connections happen by raising awareness about integrated/interdisciplinary curricula, visiting other schools,…

Describes Camp Tech, a week-long activity that teaches junior high school students to apply technology to problem solving. Each annual Camp Tech has been organized around a different scenario, with each cabin representing world regions and minicorporations, and using technology to "Step into a Book." (DMM)

Presents a distance and time map exercise designed as a crime scenario. Explains that students must determine whether one individual could have committed a series of crimes in a given time period. Includes graph production that gives practice in interpreting and expressing aspects of spatial information. (DK)

The development and structure of 6 interdisciplinary world civilization courses by 14 faculty at San Jose State University are described. The curriculum provides a framework for investigation of common problems facing all cultures, analysis and assessment of attempted solutions, successful and unsuccessful, and evaluation of contemporary attempts…

A teacher describes a Foxfire project in which learning-disabled seven year olds made and sold Christmas cards to help the homeless. Outcomes included improved writing skills, understanding of money and math applications for the elementary students, and positive teaching experiences for high school computer students who assisted. (SV)

Discusses mathematical tasks, classroom environments, and means of assessment that might encourage mathematical growth for middle grades students. Proposes a curriculum emphasizing mathematical connections, reasoning, and problem solving. Describes shifts in the culture of the mathematics classroom that support students' development of…

The Future Problem Solving Program develops students' problem-solving and thinking skills as student teams undertake a step-by-step process which involves assessing the teams' existing knowledge of the topic, determining the knowledge they need, gathering information, organizing their knowledge, and using the knowledge to solve specific problems.…

A 1984 partnership between Brigham Young University and five Utah school districts resulted in a new principal preparation program that integrates theory and practice and provides meaningful practice opportunities. The Leaders Preparation Program includes several NASSP-sponsored workshops allowing interns to experience, in a safe but challenging…

Describes self-regulatory processes that promote achievement in the basic skills of reading (clarifying purpose, understanding meanings, drawing inferences, looking for relationships, reformulating text) and mathematical problem solving (clarifying problem goals, understanding concepts, applying knowledge, monitoring progress). Experiences in…

Describes "FLIP IT," a process developed to help a seventh-grade class succeed at information problem solving by analyzing and defining the research process. Explains the mnemonic, FLIP IT, as focusing on the topic, locating appropriate resources, investigating and implementing the information, and producing results while using intelligent…

Investigates whether the study of technology could strengthen instruction in mathematics and science in the elementary and middle schools, especially for women and underrepresented groups. Findings indicated that once teachers began to implement the program in classrooms, students could construct knowledge of mathematics and science through the…