Describes a course which emphasizes the relationship between chemistry and a student's daily life and between chemistry and his/her major (art or communications). Includes course outline and information on course content, student projects, source material, and teaching methods. (JN)

Describes general interest courses in physics, discussing enrollment patterns, philosophy and structure of the course, course goals, teaching methods, and student performance. Includes an outline of the laboratory syllabus for the course dealing with physics and the automobile. (JN)

One difficulty in teaching service courses such as psychology of adolescence is maintaining the interest of nonmajors without sacrificing course-relevant content. Described is a project that overcomes this problem by requiring students to observe some type of media (e.g., television) and determine the extent to which particular themes occur.…

Describes a scheme in which students are arbitrarily paired and presented with a menu of 11 experiments (as well as a figure illustrating their relationships). Each student performs seven experiments in triplicate during the 11 3-hour laboratory periods. Goals of this course are included. (JN)

Describes a course, "Exercise Physiology and Biochemistry," for nonscience majors attracted to athletics. Outlines the lecture and laboratories combined with the lecture. Provides programs for daily exercise and weight training. (YP)

Offers perspectives on approaching and teaching a biology course for nonmajors. Proposes that teaching less may better prepare students to become more scientifically literate. Identifies areas and priorities that may effectively contribute to students' understanding of science. (JM)

Presented is the position that the only goal for nonscience majors is scientific literacy, and that this goal can only be achieved through separate science courses for nonmajors. Two approaches to accomplish this and some issues of concern are examined. (KR)

Compares engineering and nonscience students studying energy concepts in two separate courses. Considers their approaches to solving problems, their views on personal participation in "sociological" solutions to the energy problems, and other areas. Implications for engineering education are addressed. (JN)

Twelve papers focusing on various aspects of teaching chemistry to the nonchemist are presented. Includes details of courses designed around specific topics and/or needs (such as art hazards), use of field trips, issues related to the problem of explaining technical ideas to lay persons, and other topic areas. (JN)

Issues in teaching students who are neither mathematiaclly nor scientifically oriented to apply computers to their intellectual and creative pursuits are described. Suggestions are made for designing an introductory computer literacy course. (MSE)

Student interest was stimulated and critical thinking skills developed through an "Issues in Social Biology" course which include several topics in genetics. Judicious selection of topics, course format, and ordering of subjects are discussed, along with suggestions for course improvement development. (DH)

Described is a course for nonscience majors that incorporates science and technology. Presented is a curriculum model for developing technological literacy which includes applied math, personal impacts, applied science, societal impacts, and technological systems and concepts. (KR)

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)

Discussed is the idea that scientific illiteracy among scientists lies at the heart of the problems with undergraduate science education. Included is a description of a science literacy course for nonmajors and a proposed list of the most important ideas underlying science. (KR)

Describes a course, "Great Ideas in Science," for undergraduate nonscience major students. The course emphasizes a few key overarching concepts in physics, chemistry, geology, and biology to introduce students to the essential aspects of science without getting involved in the complex vocabulary or rigorous mathematical derivations. (PR)