A History of Ideas in Science Education: Implications for Practice By George DeBoer Chapter 8: Curriculum Reform Movement of the 1950’s and 60’s Background… Progressive education was dead by the late 1950’s Shortage of technical personnel during WWII; had an unmet need for scientists and engineers Perceived threat to national security brought on by the Cold War Soviet launch of Sputnik- beat us in the space race American education moved away from the theme of social relevance to a mastery of the traditional disciplines Curriculum Projects Supported by the National Science Foundation Mid 1950’s the NSF (funded by the federal government) financially supported several curriculum projects Purpose was to make available to schools a set of curriculum materials of high quality and considerable appeal AND prepare students for entering into college science programs Curriculum included a text book, lab guide, series of films, and optional supplemental material; some programs offered different versions for slow learners, those not going to college PHYSICS: Physical Science Study Committee- 1956 Primary goal was to present physics as a coherent set of related concepts Excluded technological applications, description of physical laws, real life application, math BIOLOGY: Biological Sciences Curriculum Study- 1959 Primary goal was to create a more up-to date course that allowed deeper understanding of biological concepts, human side of scientific investigation Excluded technological applications, relation to everyday life CHEMISTRY: Chemical Bond Approach Project- 1957 Primary Goal was to introduce logical thinking using a unifying theme- the chemical bond; present chemistry as an intellectual discipline; develop analytical and critical thinking Excluded applications to everyday life CHEMISTRY: CHEM STUDY/ Chemical Education Material Study- 1959 Goal was give students a better idea of the nature of scientific investigation and how knowledge is generated Excluded applications in industry and the home; pictures and illustrations EARTH SCIENCE: Secondary School Project/ “Time, Space, and Matter”- 1966 and Earth Science Curriculum Project/ American Geological Institute- 1967 PHYSICAL SCIENCE: Introductory Physical Science- 1967 ELEMENTARY SCIENCE: Science- A Process Approach- 1967; Study Elementary Science Study - 1969; Science Curriculum Improvement- 1970 Theoretical Support for the Curriculum Reform Movement Jerome Bruner- noted psychologist from Harvard 1959-The Woods Hole Conference Tentatively supported inductive, discovery learning as an appropriate mode of learning Introduced a number of other ideas, namely idea of stages of mental dev’t from Jean Piaget, ending up as “spiral curriculum” Joseph J Schwab- curriculum theorist from University of Chicago Felt the nation faced three important needs: 1- additional scientists 2- competent political leaders 3- a public sympathetic to ongoing programs of scientific research Stressed the processes by which scientists generated the knowledge How successful were the new programs? Studies conducted to investigate the effectiveness of the new programs… NSF sponsored “National Survey”- 1977 o Half of all school districts used one or more of the BSCS courses in Biology o Fewer than one quarter used the new materials in chemistry or physics o Courses in earth science and physical science became more popular in junior high school Suzanne Quick- 1978 studied the effects of the new curriculum on commercially published textbooks o Most notable changes in textbooks was their updating of science content and greater use of conceptual themes to organize that content into more conceptually meaningful units CHEM Study Group- 1964 evaluate any changes in enrollment into science classes o Increase in students in the new versus the old courses, BUT the overall percentage of students enrolled in science courses remained essentially unchanged (the actually dropped a tiny bit!) Overall analyses of the projects… Paul Hurd- 1970 in “New Directions for Teaching Secondary School Science” Pros: (identified 14 specific points) More up to date and valid information Engaged students in independent, “discovery”- type investigations Presented a more accurate picture of the nature of science Dealt with smaller number of significant concepts taught in depth and in context Cons: (identified 13 specific points) Too difficult for avg high school students Didn’t motivate students to study science-no relation to real world Ignored the role of science in everyday life Future Implications… By the end of the 1960’s there was a new theme emerging among science educators… Scientific Literacy- renewed emphasis on the study of science in its relationships to human life and action The New Progressivism…