Described are the classification and determination of needs, and strategies of needs analysis. An integrated approach to technology transfer and continuing engineering education (CEE) as an example of an advanced procedure in CEE provision is suggested. (Author/YP)

Describes "Parents and Children for Terrific Science (PACTS)" program sponsored by the American Chemical Society's Education Division for encouraging the development of family science projects at the elementary and intermediate school levels. Discusses some examples and the results of the project. (YP)

Discusses the value of work experience for A-level students and describes some novel student placements. (JRH)

This paper reviews science curriculum issues surrounding the education of students with disabilities. The background of science education for these students is explored, and three curricula designed especially for them are examined, including a curriculum from the Biological Science Curriculum Study, the "Full Option Science System," and…

Describes the implementation of electronic bulletin board systems (BBSs) at the Garfield High School Computer Science Magnet Center (Los Angeles) and the Educational Technology Program at California State University. Reviews advantages and disadvantages of BBSs and recommends that high schools and teacher education programs consider setting up…

Describes activities designed to give summer school students an appreciation of the value of an integrated approach to scientific investigation. (JRH)

Describes a successful program at Syracuse University where university physics faculty present their research to the students on a level appropriate for a general audience. Discusses why it was done, how it was done, survey results, and general observations. (MVL)

Evaluates the results of an experiment with comprehensive project-organized and problem-based engineering education at Aalborg University that has lasted for 20 years. Several independent evaluations show that the graduates are more readily adaptable, with strong qualities in the field of problem-solving, cooperation, communication, and…

Describes using problem solving in science instruction and the advantages derived from this approach. Authors' experience suggests there are many problem-solving approaches in physics, technology, and biology but that chemists have not yet made an impact. Presents two case studies in problem solving in chemistry from the Creativity in Science and…

Discusses the findings of a study designed to determine the frequency with which elementary teachers (n=21) taught science over a four week period, and which teaching strategies they utilized during that time frame one year after extensive inservice training. Results revealed that 61% of the responding teachers taught science 16 or more times over…

Describes a science project, Interactive Space Physics Ionosphere Radio Experiments (INSPIRE), that allows students to work with physicists to address unanswered questions about the physics of space. (ZWH)

Describes an innovative, but not revolutionary, secondary education science program that is modeled after American graduate education. Discussions include a comparison of pedagogical approaches, implementation, the teacher, facilities, and teaching strategies. (ZWH)

Describes a science program (Saturday Science) designed to provide learning experiences that are thematic and stress critical/creative thinking as well as development of science process skills for elementary, middle, and junior high students. (ZWH)

Describes a two-week summer experience for teachers and students on a dig in Colorado looking for fossil records of the plants and animals in the area. (DDR)

Describes a summer research program at James Madison University targeting deaf and hard-of-hearing students and teachers participating in and collaborating on chemistry research with hearing students and teachers. (Contains 18 references.) (YDS)