Interdisciplinary curriculum development is challenging in the sense that materials from more than one discipline have to be integrated in a seamless manner. A faculty member has to develop expertise in multiple disciplines in order to teach an interdisciplinary course, or the course has to be team-taught. Both approaches are difficult to…

Described is a physics course for nonscience majors taught at Temple University. The course focused on physical principles related to sports activities. (RH)

The College of Integrated Science and Technology (CISAT) at James Madison University was founded to educate and graduate a well-rounded science student, one educated in science and technology but in a very different way than traditional programs. This document contains information about mission and objectives, curriculum, faculty, and students of…

Describes three levels of courses to treat adequately the ground state electronic structures, the spectroscopy, and the photochemistry of inorganic molecules. Suggests sequences for the courses without repeating material taught in previous courses. (Author/JN)

The biochemistry laboratory-based course of an undergraduate college is discussed. The course description and sequence of topics related to the subject of enzymes are given. Emphasis in the course is on students working from their classroom data. (SA)

Explains the need of a science course that emphasizes the applicability of the usual undergraduate chemistry curriculum to environmental problems. A course is described and results of its use are presented. (Author/EB)

This article reports the status of an undergraduate course in introductory physics at the University of Ulster and its success over the past 11 years. The original plan, problems, changes, and an assessment of the course are discussed. Lists 11 references. (YP)

Descriptions of undergraduate physics programs are given: physics with geophysics physics with solid state electronics, physics with medical physics, and honors physics. (MDR)

A discussion of the course work in and the various major options of the undergraduate physics program at the University of Warwick is given. (MDR)

Describes two approaches for teaching inorganic reactions and syntheses without having students memorize specific reactions. Briefly indicates topics which should be covered in a junior-senior level course but not at the expense of eliminating teaching students how to make basic inorganic compounds. (Author/JN)

Presents a very brief description of solid state chemistry, its industrial applications, and rationale for its inclusion in the inorganic chemistry curriculum. The topic is intellectually challenging, economically useful and, in the view of the author, fun. (Author/JN)

Lists the following information about physics courses in 121 colleges and universities in England, Wales and Northern Ireland: honors degree courses, special entry requirements, course structure, and miscellaneous notes. (CS)