The purpose of this study was to investigate the alignment between the fourth-grade summative classroom assessments and the 'Matter and Energy' unit in the Lebanese science curriculum using: content and cognitive levels. Summative assessments were collected from a sample of 17 schools. The alignment between the classroom assessments and the…

The purpose of this symposium was to identify and to discuss factors which should influence the design and implementation of elementary school science programs. Five papers were presented at the symposium. The paper presented by D. G. Phillips stressed the implications of Piaget's work for developing science programs: (1) placing certain…

Examined were the cognitive preferences of sixth grade students in relationship both to student involvement in a program utilizing Elementary Science Study Materials and to the teaching strategies employed by the teachers. Two-hundred twenty-six students of eleven teachers, who had taken part in summer workshops to gain experience in using ESS…

The study attempted to show that the first grade child's learning in a new area must involve overt concrete experiences from which new ideas will be derived. Forty-nine students, assigned to six groups, were instructed on three scientific concepts. The verbal instruction technique was similar to that suggested in SCIS. The application segment…

Paper presented at the conference on "Curriculum Development in a Changing World, Syracuse University, July 10-11, 1968.

Describes OIC philosophy and development of SCIS, the Science Curriculum Improvement Study, materials and program. (CP)

Presents the author's views of what should be done about science teaching and curriculum in the British elementary schools. (HM)

Reported is an evaluation of the Child-Structured Learning in Science (CSLS) Curriculum using the intellectual models of Piaget and Guilford. A cognitive test instrument was designed to measure cognition of figural classes (CFC), convergent production of figural classes (NFC), evaluation of figural classes (EFC), cognition of figural relations…

This paper proposes a Piagetian model for an early childhood science education program which provides opportunities for children to learn logical thinking and to prepare them for reading and writing. Discussed are suggestions for science areas of concentration, abilities to consider, substructure levels, cognitive thinking skills, and schemes. A…

SELECTED PAPERS FROM TWO 1964 CONFERENCES ON THE RELATIONSHIP OF COGNITIVE STUDIES AND CURRICULUM DEVELOPMENT ARE INCLUDED IN THIS JOURNAL. SUBJECTS CONSIDERED ARE (1) DEVELOPMENT AND LEARNING, (2) AMERICAN COGNITIVE STUDIES, (3) THE RELATIONSHIP BETWEEN COGNITIVE STRUCTURE AND EXPERIENCE, (4) THE USE OF LEARNING RESEARCH IN CURRICULUM…

Explores the cognitive development of Nepalese students by administering Piagetian-type tasks and comparing geographically and culturally different children. Boys and girls (N=256) of ages 8, 10, and 12 were administered tasks of conservation, classification and seriation, and causality. Implications for curriculum development in Nepal are made.…

Presented is a bibliography that cites research studies and articles related to Science Curriculum Improvement Study (SCIS), and provides a brief summary of these research studies and articles and some commentary within 5 categories. These 5 categories are: (1) SCIS and teachers, 8 studies or articles are reported within this category which are…

This paper is based on a portion of the curriculum analysis of elementary science textbooks that was conducted as part of a larger Elementary Subjects Center study of curriculum materials used in literature, mathematics, science, social studies, and the arts. A commonly used elementary science curriculum series, Silver Burdett and Ginn's…

Thirty-four 5- to 11-year-old children, classified as concrete or preoperational on a conservation task, were asked questions during individual interviews about food and snacks, the changes food undergoes, and the effects of food on their bodies. Implications for nutrition curriculum and instruction based on the findings are discussed. (DS)

Described is the importance of the cognitive level of science pupils, cognitive demands of the curriculum, and the social/cultural context within which curricula are planned. Emphasized is the historical division between planning and implementation. Suggestions for improvement are provided. (CW)