The University of North Texas's Texas Academy of Mathematics and Science began admitting students to its 2-year early college entrance science, technology, engineering, and mathematics (STEM) program in the fall of 1988. This program provided accelerated entry for top students in Texas in the areas of mathematics and science. Approximately 200…

For a quarter century, Kansas State University's College of Education has supported a Professional Development School (PDS) model involving professional collaboration with selected public school systems across Kansas. In that time, this relationship has proved to be an instrumental vehicle for educational change. The state of Kansas' adoption and…

In response to the worldwide shortage of biostatisticians, Australia has established a national consortium of eight universities to develop and deliver a Masters program in biostatistics. This article describes our successful innovative multi-institutional training model, which may be of value to other countries. We first present the issues…

Presented is a description of a new design for longitudinal comprehensive achievement monitoring. There are several components of this design which distinguish it from the usual classroom achievement testing programs - (1) a model of school learning to direct the choice of variables to measure, (2) a comprehensive set of course objectives defined…

Deals with an experiment in teaching elements of spherical geometry, contrasted with concepts of plane geometry, for students aged 10-15. Four sections list advantages of applying alternative models in education, describe the experiment, outline the theoretical background of alternative models, and offer conclusions about areas of application.…

The process of metrication is seen ultimately to require a grass-roots movement to change traditional behavior patterns. The creation of metric leaders is viewed as a tool for speeding the process of acceptance. A model for the design and execution of leader-training sessions is detailed. (MP)

Discusses problems related to the lack of mathematical competence in school physics, the contribution of modern math to the teaching of school physics, and the lack of cooperation between physics and math teachers. Presents a promising model to create a satisfactory liaison between math and science in the schools. (GS)

This document discusses the importance of acceleration vs. sophistication in mathematics programs and curricula for gifted students. The discussion proceeds through three steps. First, an attempt is made to model how various kinds of gifted students interact with three dimensions of the curriculum. These dimensions are acceleration, sophistication…

This Note describes several versions of an intelligent tutor for basic algebra that have been developed at the RAND Corporation. The versions of the tutor were built around several core components, including an algebra expert system and a student modeling component that can make inferences about misconceptions underlying students' errors. The…

Focus is on curriculum content and classroom organization. Other aspects discussed include the goals of a gifted mathematics program, student evaluation, teacher attitudes and characteristics, and the use of calculators and microcomputers. (DLS)

The activities of a teacher who developed and piloted an eclectic model in an eighth grade mathematics classroom are described. Peer tutoring, cooperative learning, and mastery learning elements were selected and combined into a classroom program designed to increase student mathematics success. (KR)

The Interdisciplinary General Education (IGE) Program at California State Polytechnic University is described in this report. The program is designed students in professional and math-based degree programs and offers an integrative-thematic approach to the humanities and social sciences components of the University General Education Program. It…

The following approaches to mathematics education, represented in German-speaking countries mainly, are analyzed: (1) the structuralist/formalistic approach; (2) the genetic approach; (3) the approach by elementarization; (4) the problem-solving approach; (5) the approach of Freudenthal; (6) the approach by project-orientation; (7)…

The purpose of this project was to implement the principles of Outcome-Based Education (OBE) in the "Fort McMurray (Alberta, Canada) Roman Catholic Separate School District (RCSSD) No. 32" and to collect data related to student achievement, responsibility, and attitudes in mathematics to help assess the effects of the implementation.…

The Primary Mathematics Education Enhancement Program (PMEEP) is an early childhood teacher enhancement project funded by the National Science Foundation. It is a collaborative project of Kent State University and 11 school districts in a primarily rural midwestern county that has recently been classified as Appalachia. At the conclusion of 2…