Curriculum based on open educational resources (OER) -- materials that are free for educators and students to use, customize, and share -- represent a small portion of all K-12 recent adoptions, at slightly over 5%. OER are concentrated in Mathematics, where 14% of adoption decisions were OER (compared to 4% for English Language Arts, 2% for…

Describes knowledge for teachers as curriculum designers and a framework for interdisciplinary unit development. Includes an example of the framework in action. (Author/MM)

The concept of school curriculum in science and mathematics is discussed and related to the structures of the disciplines and theory developments. Recent epistemological studies on theory dynamics (Kuhn, Sneed) are put into context with the understanding of learning processes. (Author/MK)

This document consists primarily of papers and speeches presented at a seminar convened in Malaysia. It also includes an outline of the seminar proceedings, a list of the participants and staff members, a list of the organizing committee, and several reports of the findings and recommendations of the seminar working groups. Papers presented to the…

In this report, a one-page summary is included about each of the projects active within the 1956-74 period that responded to a questionnaire sent. In addition to the basic facts, a commentary on what were thought to have been major accomplishments of the particular group is presented. Keys to the information on project descriptions are provided,…

With the publication by professional organizations of national academic standards in mathematics and science, a clear set of goals and guidelines for achieving literacy in mathematics and science has been established. This document was developed to help state- and district-level education leaders create coherent, multi-year curriculum programs…

In 1972, the Ministry of Education in the Republic of China gave the Taiwan Provincial Institute for Elementary School Teachers Inservice Education primary responsibility for research and development (R&D) for all elementary school curricula. The project in science and mathematics was carried out in two phases. Phase I, R&D, has five…

The author states that the central difficulty in science education is the choice of subject matter. He argues that curriculum planners should design an educational system or course that charges the incoming student with an enthusiasm for learning, ability to learn in the discipline, and self-confidence that learning is both possible and fun. (CT)

The main objective of the Regional Centre for Education in Science and Mathematics (RECSAM) is to help improve science and mathematics teaching for meeting the scientific and technical manpower needs of Southeast Asia. The role of RECSAM in the 80s is discussed. (DS)

The 2012 National Survey of Science and Mathematics Education was designed to provide up-to-date information and to identify trends in the areas of teacher background and experience, curriculum and instruction, and the availability and use of instructional resources. A total of 7,752 science and mathematics teachers in schools across the United…

The purpose of this project was to develop a Master of Science program in Applied Mathematics designed specifically to meet the needs of students wishing to prepare for careers in business, industry, or government. The program emphasizes problem-solving, mathematical modeling, and areas of mathematics such as differential equations, computing, and…

This document promotes computer symbolic mathematics and computer algebra as ideal instructional materials for mathematics, science, and engineering students. Further, computer algebra is viewed as appropriate for all students throughout the mathematics curriculum, by serving a vast area of mutual reinforcement and cross-motivation between…

Cites need for properly integrating computers into curriculum, warning about past mistakes and looking at methods to promote curricular change. Identifies as important goals a clear definition of mathematics education and the benefits of a technologically integrated curriculum presenting ideas/strategies for achieving these goals. (JM)

Described are ways in which curriculum in science and mathematics may be shaped to the adolescent. Several examples relate to cognitive development, neurological functioning, physical changes, social evolution, and moral growth of the adolescent. (DS)

Discusses features of the meeting which was convened at the University of Bielefeld in West Germany in September 1978 on the cooperation between science teachers and mathematics teachers. (HM)