Discusses the importance of conveying content material in a course while addressing student learning styles. Directs student study time toward major concepts and encourages them to teach themselves some of the material so that classroom time is largely used to explore more difficult material and applications. Emphasizes instructors focusing on…

Describes a biochemistry laboratory course in which students worked in groups; each group selected three of nine possible experiments. Each student was responsible for using the chemical literature to obtain detailed procedures for performing the experiments, and submitted formal reports on each experiment. (MLH)

This report is an account of the development of a minicourse program for the purpose of college-level introductory biology instruction. The complete implementation effort is described from an examination of the program which the minicourses replace, to the proposals concerning implementation of the new curriculum. Sections of the report are…

Describes the offering of a physics course where a mixture of teaching techniques and a wide variety of phenomena associated with light are used to attract students majoring in art, art history, psychology, photography etc. Indicates that the course is characterized by its in-depth and non-mathematical nature. (CC)

Advocates the use of minicourses in teaching secondary school science. Topics are suggested and methods for structuring minicourses are discussed. (JR)

Discusses the teaching of a varied open-ended, integrated chemistry course, and indicates that the teaching-learning process is made easier on account of students' varied experiences and high motivations. (CC)

Discusses a program, consisting of individual conventional experiments and group special projects, along with lectures in analytical courses during the last six to eight weeks of a semester. Concludes that students' different aspects of capability are encouraged after receiving the course. (CC)

Outlines the authors' experiences with designing and teaching a course on the nature of science to science education graduate students. Addresses questions on the creation of a new university course, the design of the course syllabus, and the transformation of the syllabus into instruction. (AIM)

Discusses different kinds of material presentation in the teaching of electromagnetism at the university level, including three "classical" approaches and the Keller personalized proctorial system. Indicates that a general introduction to generators and motors may be useful in an electromagnetism course. (CC)

Discusses experiences with the use of problem-based learning as applied to knowledge-rich biochemistry courses. Concludes that problem-based learning is not only effective in promoting habits of mind that support higher order thinking but also a powerful vehicle for conveying knowledge by imparting separate bits of knowledge as interconnected…

This study was undertaken to determine if instructors in community colleges in the United States are as innovative as has been perceived in some quarters. The data used for the study were originally collected by Cohen in a 1978 nationwide survey of science and science-related courses in two-year colleges to obtain information about the curriculum,…

Described are chemistry and physics courses at several colleges as applications of the New Liberal Arts program for nonscience majors. The major themes of the program and several examples of this approach are discussed. (CW)

Investigated is the effect of organization and accuracy of detail in instructional aids on the achievement of college students (N=54) in a freshman chemistry lecture course. It is indicated that aids may impede learning by decreasing students' involvement in auditory and semantic encoding during lectures. (Author/DS)