The Institute for Research in Schools (IRIS) was set up to give science students the opportunity to work on cutting-edge research projects. Teachers and students can access data and equipment that enable them to tackle real-life issues. As a result, not only do students gain in confidence and experience in their scientific work, they are also able…

Asserts that technology has a place in the schools through three spheres: craft and design workshops, hobbies and technology centers, and normal science periods. The teacher need not radically change the content of current science courses, but rather teach the existing material in a technological way, by showing applications, and teaching…

This survey of the middle schools of the Leeds Education Authority includes statistics concerning laboratory facilities, the number and the education of science teaching staff, the average size of science classes, and the type of science course content. (MLH)

Reports some of the more significant generalized findings that have emerged from an evaluation of the Nuffield O-Level biology course materials and their use in secondary schools. (JR)

1984 marks the implementation in Scottish schools and colleges of Standard Grade courses for the 14 to 16 age group and the 16-18s Action Plan. This review will introduce these two major curriculum changes to non-Scottish readers, and emphasize the changes which will occur in science. (JN)

Outlines the background and structure of the U.K./Australia Fellowships Scheme for Teachers of Science. Summarizes some of the issues articulated by the fellows, hosts, and organizers. Presents a qualitative cost/benefit analysis of the Fellowships Scheme. (Author/JRH)

Briefly reviews British science projects using independent learning, summarizes the Intermediate Science Curriculum Study (ISCS), and considers how far this project can be applied to British conditions. (JR)

Describes water-related activities in an elementary school science project. Activities focus on mini aquaria, permanent aquaria, water toys, sea power, imagination, and village ponds. (DH)

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…

Describes water-related activities in an elementary school science project. These activities focus on electric generators, rainfall, erosion, floating, water conservation, and other areas. Brief comments on developing such a project are included. (JN)

Presented are objections to the introduction of integrated science curriculums in elementary and secondary schools. (SL)

Describes the goals, programming emphasis, format, and subjects addressed in the television series "Scientific Eye." Offers suggestions on how teachers might use this type of interactive programming. Also includes an overview of the program's book. (ML)

Reviews historical and current patterns in chemistry instruction, listing influences on chemistry curriculum development and identifying change elements in science education. Enumerates major advances in the nature of chemistry and the subsequent impact on school chemistry. (ML)

Describes current efforts of a project designed to improve girls' attitudes toward physical science and craft subjects and to elect more science classes, including raising teachers' awareness of girls' underachievement, testing attitudes/knowledge for later comparison, and arranging school visits by working women to act as role models. (JN)

Describes a small-scale study of a course that placed emphasis on context- and activity-based science. The Salters' science course makes use of a wide range of learning strategies. Author concludes that pupils' interest and enthusiasm for school science may be increased through a combination of using pupil's everyday interests and employing a wide…