A collaborative of STEM (science, technology, engineering, and mathematics) and education faculty developed a STEM certificate aimed at elementary education majors. A four-phase process model was used to create and evaluate courses. The certificate is comprised of three interdisciplinary, team-taught, lab-based courses: Environmental Biology,…

Describes development of tests of student progress and instructional efficiency for 12 Science Curriculum Improvement Study (SCIS) units by the Fayette County (Kentucky) schools. Separate tests for each unit (grades one to six) were developed and a subset of items for each major part of a unit were identified. (JN)

Discusses the adoption, by the Samoan elementary school system, of the Science Curriculum Improvement Study (SCIS) materials. Lists the SCIS courses being used and described some SCIS experiments performed by the Samoan students. (MLH)

Comments on the fact that national elementary school curriculum projects contain few earth science topics, in spite of the high interest which children display toward earth science activities. (MLH)

This teacher's guide suggests activities that provide opportunities for upper elementary students to explore, by direct experiment, many of the properties of light. Equipment is listed and construction of a light source is detailed. Instructions are given for setting up a classroom with electrical equipment. Activities are described in units…

Some course and curriculum improvement projects funded by the National Science Foundation have produced definitive editions of textbooks, other printed materials, and instructional films. This bulletin lists materials available in 1968 through commercial or college and university sources. The publications include textbooks, laboratory guides,…

The treatment of electricity in each of the three most widely used National Science Foundation sponsored elementary science programs (SAPA, SCIS, and ESS) is examined. Comparisons between the programs are made. (Author/CP)

Investigates cumulative effects of SCIS in terms of students' attitudes. Hypothesized and supported is that students exposed to the complete SCIS program would show a greater degree of positive attitude toward science, experimenting, and the scientist than would those not exposed to SCIS. Results indicating sex differences in attitudes are…

The Science Committee of the Ontario Curriculum Institute has been engaged in building an integrated curriculum in science learning for the upper levels of the public elementary school system. (MB)

Describes problems and successes in adapting Science Curriculum Improvement (SCIS) materials for use in the National College of Schweifat, located near Beirut, Lebanon. (CS)

Reports a study undertaken to determine the effect of the Science Curriculum Improvement Study (SCIS) on logical thinking. Evidence of logical thinking was measured as the ability to explain compensating variables that occurred in a cart experiment presented on silent 16 mm film. (GS)

Studied the intellectual differences between third and fourth grade Filipino children who had studied Science--A Process Approach (SAPA) and others who had studied a traditional curriculum. The SAPA children performed significantly better than the control group on a test of observing, comparing, and classifying simple geometric objects. (MLH)

This teacher's guide suggests a number of ways to use a spinning table to explore circular motion. Activities are described which are appropriate for children in kindergarten through third grade. Suggestions are made for exploratory activities using the equipment rather than supplying detailed instructions for formal activities. Equipment and…

Presented are building activities, for elementary school children, using a variety of different materials. Weak materials, such as clay, straws and pins, paper tubes and index cards, are used as examples; structures built with these materials are displayed in photographs and discussed. Problems are suggested from which additional activities can be…

This instrument contains activities by which one can determine a child's intellectual development in: (1) observing, (2) classifying, (3) measuring, (4) using numbers, (5) using space/time relationships, (6) inferring, and (7) communicating and predicting. The seven sections of the instrument correspond to those processes defined in Science - A…