Discusses the use of microcomputer applications software in education, reviews the literature involving studies on the development of problem-solving skills and on the instructional use of spreadsheets, and describes a project for secondary school students using spreadsheets that provides cognitive support. (Contains 35 references.) (LRW)

An astrophysics course based on the constructivist approach to science teaching is described. The study of galactic structure is given as an example. Direct experiences and observations, representative-symbolic language, organized knowledge, and formal strategies are emphasized. (KR)

Gifted and talented fifth and sixth grade students participating in Montana's Future Problem Solving Program are developing their information retrieval skills as they use electronic equipment to retrieve research literature and use a hypercard authoring system to record and manipulate their findings. (JDD)

The article describes how the use of collaborative consultation as a problem-solving process can be used in various service delivery options for educating mildly handicapped and at-risk students. Critical considerations (staff development, planning/problem-solving options, scheduling/time to consult) are identified. (DB)

Discussed are teaching methods that can be used in association with amusement park rides. The basic principles behind the effects of several rides are reviewed and illustrated. (CW)

Described is an interdisciplinary unit on pseudoscience which combines interest in unidentified flying objects (UFO's), physics, astronomy, art, and english composition. The different phases of the lesson, assignments, and evaluation are discussed. A list of books available on UFOs is provided. (CW)

Action science is a communication technique that staff developers can use to increase interpersonal competence and problem-solving skills in schools engaged in the process of school transformation. An example of the action science intervention at a Maryland elementary school is presented. (SM)

Provides an overview of this issue that reviews Dutch research concerning knowledge-based instructional systems. Topics discussed include experimental research, conceptual models, design considerations, and guidelines; the design of student diagnostic modules, instructional modules, and interface modules; second-language teaching; intelligent…

Proposes the use of portfolios containing representative student work gathered over time as a method to improve understanding of students' work, development, and growth. Provides an example of portfolio assessment in a graduate class on mathematics problem solving for teachers. (KS)

The "iNtegrating Technology for inQuiry" (NTeQ) model provides a framework for creating an environment for students to use computers as tools to build a strong educational background while solving meaningful problems. This article outlines the NTeQ philosophy, describes the design process for lesson plans, and discusses professional development…

Describes how Problem-Based Learning (PBL) was adapted for use in social studies teacher education. Reviews the background of PBL as used in professional faculties, and offers curricular justification for its use. Examines difficulties experienced in adapting PBL to teacher education, taking into account perspectives from prospective teachers and…

Describes a high school course, "Material Arts Design," that celebrates materials, creativity, and culture, while concurrently encouraging individual responsibility towards the environment. Explains that the students develop a wide range of technical skills by exploring art and technology and address aesthetic and ecological issues through a…

Describes the New Mexico High School Supercomputing Challenge, a year-long project sponsored by New Mexico Technet, Los Alamos National Laboratory, and other statewide institutions that engages high school students, teachers, and professionals in complex scientific problem-solving that include written reports, mathematical models, and…

Describes how a practical design question led to a reconsideration of the design process for problem-based instruction. Argues that this restructured process, called the "single-parse" design method, is of general value to designers. Discusses the product that emerged and application to the World Wide Web. (AEF)

This article describes "Solve It!," a research-based instructional program for middle school students who have difficulty with mathematical word problems. It describes the theoretical framework of the program, reviews research on the program, presents an overview of the program, and discusses implementation issues such as finding time for…