Saying that the systems approach to teaching has not yet been sufficiently developed to revolutionize school curricula, the author advocates combining traditional approaches with in-school development of problem-solving packages. (Editor)

Describes Mathematics in Context, a middle-level mathematics curriculum developed by researchers at the University of Wisconsin-Madison and the University of Utrecht, in the Netherlands. Instead of proceeding from a generalization to specific examples, the math originates in real problems; conversely, the mathematics learned is used to solve…

Describes the development of product design engineering, a successful student-centered interdisciplinary elective that blends critical thinking with curriculum integration, authentic assessment, practical problem solving, and hands-on engagement in a Virginia high school. The goal is to analyze the meaning of engineering as a profession and…

In a September 1988 "NASSP Bulletin" article, the author challenged readers to construct a question analysis matrix for curriculum evaluation in relation to critical thinking and problem solving. The author's solution, featuring various "domains" or components categorized according to planning, implementation, and outcome stages, comprises this…

A Virginia science and technology high school restructured its ninth-grade curriculum by clustering three core courses in an integrated program. Students work with resource managers at Mason Neck National Wildlife Refuge to gather data on species inhabiting the area. They prepare well-researched reports and present them to peers, faculty, and…

Integrating multicultural activities into mathematics instruction at all grade levels helps to foster appropriate and desirable attitudes about mathematics and its role in our culture. Multicultural investigations in mathematics reveal that many practices common to today's classrooms (such as reasonable guessing) served as the basis for solving…

Article sought solutions for helping delinquents overcome their problems by changing their behavior through positive interaction with schools. (RK)

The goal of technology education is universal technological literacy. Technology study in middle school must be more than an added science curriculum unit. Three instructional approaches predominate: student projects, technological problem solving (design under constraint), and modular technology education. The National Middle School Association's…

A committee of media specialists, librarians, teachers, parents, and administrators at a Minnesota district devised an information literacy curriculum. They identified current skills and software; learned an information-processing mode; identified curriculum integration areas; brainstormed projects; identified needed resources; and developed…

Outlines leadership capabilities that effective principals can exert to improve the teaching of higher level thinking skills to students. An important initial step is to make the development of student thinking skills a building priority at the school. (MD)

The potential of computers in education cannot be reached unless planning includes effective use of computer technology and its applications. Presents a list of recommendations for developing computer use plans. (MD)

The National Council of Teachers of Mathematics'"Curriculum and Evaluation Standards for School Mathematics" (1989) and "Professional Standards for School Mathematics" (1991) need principals' help to be implemented. Secondary principals should become familiar with standards, provide teachers with long-term professional…