A trend at U.S. colleges and universities in teaching first-year science courses is discussed. An approach in the classroom and lab in which students engage in science through observation and hypothesis is emphasized. Hands-on science, experiential science, and constructing science through cooperative learning are discussed. (KR)

Described is a elementary science program whose goal is to motivate young people in science and promote the importance of scientific thinking and literacy. The importance of students taking math and science courses in elementary school and the need for involvement of engineers with schools is discussed. (KR)

Discusses examinations as the major determinant of student behavior and suggests that no improvement in the effectiveness of biochemistry courses will occur until examinations are so integrated into the educational process that they reinforce educational objectives. Includes discussions on self-education, cooperation between students, and problem…

Proposes resolutions about the relationship between a short course on science instruction and specific changes in teaching strategy. Identifies teachers' existing knowledge base as an important factor for the examination of new pedagogical ideas. Suggests that loyalty and demonstration provide a mechanism by which teachers may enhance their…

This book describes issues, trends, and practical teaching concerns that surround cooperative learning. It puts forward specific organizational plans and content area lessons for teachers who would like to become more familiar with active team learning in the classroom. Major themes include collaborative approaches to multicultural education,…

Compares models of the classroom dynamics for a traditional laboratory setting and a problem-solving-centered environment, both at the eighth grade science level. Descriptive data indicate no differences in the models, whereas path analyses suggest that, in the problem-solving model, student behaviors significantly correlate to lesson structure,…