Discusses faculty research in community colleges. Describes the rationale; research approaches including literature research, theoretical investigation, and experimentation; funding sources; obstacles; and benefits of faculty research. Lists addresses of five resources. (YP)

Argues that science research support at the undergraduate level should be increased and integrated with instructional programs. Urges the National Science Foundation to create a management plan for undergraduate education that would support such an effort. Identifies potential problems associated with only funding research in graduate…

Discusses aspects of quantitative experimental design to help college science faculty investigate college-level science instruction. (PR)

Explains the need, general guidelines, expectations, and advantages of student involvement in research at the undergraduate level. Lists selected research projects conducted by students at Burlington County College. (RT)

Discusses the partnership that exists between a zoo and a college in the linking of research and teaching in undergraduate education for the preparation of future scientists. Lists zoo-related projects conducted by various fields of study. States that this type of relationship promotes student interest in science. (RT)

Points out that research is an inefficient endeavor as it relates to time, but the rewards can be gratifying and of value. Reports on a compilation of faculty and administration observations, alumni and student surveys, and some readings on the topic. (RT)

Describes a program in chemistry which was designed to encourage undergraduate minority students to enroll in graduate study. States that students attended meetings with their advisors and met as a group for a research lecture. The program included graduate students, staff, and professors who gave lectures and tours. (RT)

Provides suggestions for college science faculty that may encourage educational research in postsecondary science education with an emphasis upon what kinds of research questions are worth pursuing. (PR)

Identifies and explains some of the crucial elements of team research and data analysis, points out common pitfalls, and makes some helpful suggestions. Sections include general recommendations and communicating in statistical language. (ZWH)

A college shares insights on the development and integration of a new molecular biology major into the curriculum. (ZWH)

Offers perspectives on the placement and value of statistical studies in science education. Cites examples from the field of chemical education that address evaluation concerns and problems. Points out factors to consider and questions to ask in reviewing research studies. (ML)

Describes an experimental biochemistry course designed to teach basic biochemical techniques using an unstudied enzyme as the experimental material. Explains the schedule of experiments designed for the course and lists the sources used. (GS)

Describes some of the realities associated with engineering careers. Emphasizes the importance of giving students a broader understanding of life as an engineer. Indicates that groups should support research programs to investigate more effective use of trained persons who have been discarded in midcareer. (RT)

Examines the psychology of learning and its application to work in the laboratory. States that the working memory capacity of students is limited; therefore the amount of information they can process needs to be controlled and "recipe following" in the laboratory is perfectly reasonable. (RT)

Provides insights for college-level teachers beginning their tasks of directing student research. (PR)