A collaborative of STEM (science, technology, engineering, and mathematics) and education faculty developed a STEM certificate aimed at elementary education majors. A four-phase process model was used to create and evaluate courses. The certificate is comprised of three interdisciplinary, team-taught, lab-based courses: Environmental Biology,…

Describes a microbiology course which involves the students in a project requiring the isolation and characterization of microorganisms from selected habitats. Outlines the instructional technique employed, possible difficulties with the project, and advantages of the project approach. (GS)

Describes an interdisciplinary kinesiology course which incorporated a minicourse on the physics of sports. Outlines the topics treated in the minicourse and reports findings of student gains in both the affective and cognitive domains. (GS)

Describes a senior seminar course in chemistry in which each student was instructed to write a 200 word article describing his senior research project to the general public. Explains the objectives and advantages of this approach. (GS)

Describes a two-course program in which students are required to undertake self-initiated and self-developed assignments to collect problem-oriented information from community officials, civic leaders, industrialists, and other citizens. (Author/GS)

Describes a remedial course that uses an experiential approach. Presents the major topics in the course, outlines the subsections and modules used in the first unit, and explains the method used for student evaluation. (GS)

Describes a course in introductory biology which utilized a teaching strategy emphasizing process rather than content. The strategy involved team teaching and a research paper/laboratory technique involving the students in decision making and the processes of scientific method. (GS)

Describes a course that uses the Ft. Calhoun nuclear power plant as a case study. The course involves three component parts: physics of fission events, engineering requirements, and economic considerations; environmental impact from radiation and thermal effluents; and the impact of social, political and legal factors. (GS)

Discusses the teaching of a science course to prospective elementary teachers using materials from astronomy, chemistry, geology, and physics. Indicates that it is possible to help future teachers develop a positive attitude toward science teaching through such a unified course. (CC)

Describes the rationale and incentive for the development of investigative laboratories at the University of Nebraska. Details the training and continuing support system that allows the utilization of a largely undergraduate student teaching staff. Outlines problems created by the nature of the students enrolled in the course. (GS)

Presents an idea for office hour scheduling to increase instructor accessibility, describes a television series that serves as a basis for a nationwide credit course, and describes steps taken to individualize general chemistry at Catonsville Community College, Maryland. (GS)

Describes an introductory earth science course concerned with catastrophic events and processes in geology. Includes a section on lecture topics, readings, and visual materials. (MA)

Nuclear arms education is being addressed in many academic disciplines and can be approached from many viewpoints. Rationale, ethical issues, instructional strategies, European views, and course materials are considered. A syllabus and references are also included for a course titled "Physics of Nuclear Arms and Nuclear War." (DH)

Discusses how "live" experiments were combined with media packages and recorded lectures to allow coverage of more material and foster greater student/teacher interactions. Notes were distributed at the beginning of the semester which allow students to record experimental data from class demonstrations. Problems and suggestions for course…