Understanding why teachers teach the way they do is important especially in a time of curriculum reforms. Hence, the aim of this research is to unpack the secondary school physical science teachers' beliefs on the purposes and goals of science teaching (PGST) and to check the alignment of their beliefs on PGST with constructivism. A convergent…

Despite cultural differences, the Philippines-Japan partnership is developing an intentional teaching curriculum with parallel standards. However, disparities among their respective educational systems have prompted inequalities. As education plays a critical role in collaboration, we explored the Epistemic Goals (EGs) and Epistemic Practices…

As part of a revision to the content and delivery of first-year chemistry instruction at the University of British Columbia's Okanagan campus, we have employed the United Nations Sustainable Development Goals (UN SDGs) as a thematic framework. This framework was introduced to promote the achievement of affective learning outcomes, including a…

This article summarizes the major components of curriculum design: vision, operationalization of the vision, design, and evaluation. It stresses that the relationship between these components is dynamic, and that the process of curriculum design does not proceed via a linear application of these components. The article then summarizes some of the…

Reports the results of a study relating to the objectives that teachers deem most important in elementary school science. Elementary teachers of Victoria (Australia) and Britain hold similar opinions about elementary science objectives, valuing especially the abilities to observe, solve problems, classify data, and communicate ideas. (JR)

This document provides a detailed outline of performance objectives and test items for an introductory secondary level life science course. (SL)

This document provides a detailed outline of performance objectives and test items for an introductory secondary level earth science course. (SL)

This document provides a detailed outline of performance objectives and test items for an introductory secondary level physical science course. (SL)

Intended for regular classroom teachers in intermediate science classes serving the gifted and talented student, the curriculum handbook is designed to give a basic understanding of gifted education, to list appropriate goals and objectives for the gifted student, and to suggest materials and strategies for implementation within the regular…

Presents aims of, and recommendations developed by, a conference held in Malaysia, in 1977, for the purpose of discussing the problems of teaching physics in the Southeast Asian region. The recommendations dealt with ways of developing and achieving cultural self-reliance in physics education. (GA)

Elaborates on the components of five domains of a taxonomy for science educators' concerns for teaching and curriculum development: information, process, creativity, attitude, and applications domain. (YP)

Current curriculum evaluation models tend to cater to desirable or ideal situations and offer little help to the evaluator of ongoing curricular innovations, many of which are characterized by little assistance or control of implementation, little monitoring or supervision of operation, and haphazard postimplementation modification or development.…

Briefly traces the history of science curriculum development in the United States. Explains learning contracts and mastery learning as two techniques for humanizing science instruction. Summarizes the main objectives for science teaching, the rationales, and the claims that must be satisfied. (GS)

Presents human-centered and cybernetic (system theory) structuring approaches for organizing the biology curriculum. Each approach involves social and inter-disciplinary impact. (SL)