Discusses science education activities at the National Science Foundation (NSF), focusing on a new NSF activity ("Research in Undergraduate Institutions"--RUI) designed to support faculty research in settings where the primary emphasis is on undergraduate education. Related issues and concerns are addressed. (JN)

Reviews several sources of published materials which contain learning objectives for general problem solving as well as problem solving in mathematics, science, and computer science. Lists of objectives are included where appropriate. (JN)

Describes a course which emphasizes all facets of analytical chemistry, including sampling, preparation, interference removal, selection of methodology, measurement of a property, and calculation/interpretation of results. Includes special course features (such as cooperative agreement with an environmental protection center) and course…

Lists and discusses 10 tips to improve science instruction. Areas addressed include questioning techniques, seat assignments, use of chalkboard and overhead projector, communication skills, explaining why a topic is being covered, use of demonstrations, and stopping a lecture on time. (JN)

Describes four components of a packet of materials designed for small-group discussions on alphafetoprotein (AFP) screening for neural tube defects. Components consist of instructional guidelines for group leader, informational packet on AFP, list of specific discussion questions, and student evaluation form. Copies of these materials are…

Instructional strategies used in teaching oceanographic data collection techniques are discussed. These include having students examine actual data, plan and organize a research cruise on a specific budget, and analyze incomplete data sets. Rationale for using these strategies is included. (JN)

Computer graphics was selected as the means of teaching students to use the computer as a tool to enhance their comprehension of scientific and technical principles. Discusses strategies used and provides examples of student-generated graphics in mathematics, chemistry, physics, and engineering mechanics. (JN)

A three-part questionnaire was used to assess degree of emphasis given to values education in college biology. In addition to demographic data, the questionnaire, mailed to 377 biologists (185 forms returned), included items focusing on the significance of ethical issues and when life-science related values are best introduced to students. (JN)

Describes a course designed to familiarize students with alternative sources of energy, with emphasis on problem-solving strategies. Includes list of major topics/subtopics addressed and list of textbooks and recommended readings on alternative energy sources. (JN)

Determined if spatial training (independent of classroom, laboratories, and instructors) would improve achievement of organic chemistry students (N=67) at a small liberal arts college and if advanced chemistry students could benefit from such training. The spatial training program systematically developed skills required to use model kits…

Discusses various problems in science education, citing evidence of the problems from such sources as testimony given to congressional committees. Includes discussions of current school practices, teacher certification, and the needed action to resolve the problems. (JN)

Examines current status of college science education in light of recent calls for reintroduction of science into liberal arts curriculum, presenting a course sequence as basis for discussion. Proposes advantages of and need for a committee to monitor courses in the sequence. Also lists advantages of increased exposure to science. (JM)

Presents findings of a study group on high technology charged with determining a definition, assessing current educational response, and examining implications for the future. Topics addressed include: super-techs; computer-aided design/computer-aided manufacture (CAD/CAM); structural unemployment; a two-plus-two curriculum; and educational…

Advocates the seminar/discussion method of teaching to facilitate comprehension/interpretation of scientific facts, with the understanding that acquiring facts is a prerequisite. Points out the increased burden on teacher time resulting from increased teacher-student contact and reiterates the motto "Theory guides, experiment decides," as the…

Reviews the development of locally produced instructional television to supplement curriculum, emphasizing that programs must be designed to illustrate/augment a particular course's material. Describes required equipment, setup, preproduction planning, taping (sample script available), and provides results of student evaluation of instruction and…