Details of a scope-and-sequence outline for problem solving in the elementary mathematics program of the Philadelphia School District are provided. The emphasis is seen to be on process rather than product. Information about the first 18 of 21 levels in the problem-solving strand is provided. (MP)

Discussed is the efficacy of the spiral mathematics curriculum. Many feel that mathematics curricula in their current forms are hurting efforts to improve mathematics education. Reform guidelines are suggested. (KR)

The use of the term "problem solving" as a goal for the organization of mathematics instruction is criticized as an ambiguous slogan that is building a false bandwagon of supporters. Some possible routes for more carefully defining this goal are suggested. (MP)

Computer literacy is defined as the ability to utilize capabilities of computers intelligently. Specific skills and characteristics necessary for computer literate pupils are listed. The importance of computer literacy, a curriculum, and evaluation are discussed. (MP)

What students need to know in a world where most computations are done by machine is discussed. Needed changes in the mathematics curriculum are then detailed in relation to mental arithmetic, numeration, decimals and fractions, paper-and-pencil computation, order of operations, problem solving, and instruction on calculator use. (MNS)

A project in which teams of preservice teachers were grouped with teams of seventh grade students and worked cooperatively on a set of assignments is described. The plan, project, implementation, results, and summary are presented. (KR)

Discussed is the influence of mathematics textbooks on the sequence and amount of mathematics taught in middle grades. An alternative method of organizing mathematics instruction is proposed. The issue of homework is addressed. (KR)

Provides a rationale and overview of the content of the working draft of the Curriculum and Evaluation Standards for School Mathematics, developed by the National Council of Teachers of Matematics. (PK)

A thematic approach to curriculum enables students to connect topics and supports meaningful inquiry. Presents 4 activities for levels K-2, 3-4, 5-6, and 7-8 in which students explore problems of interest to them involving the theme of construction and architecture. Includes reproducible worksheets. (MDH)