Involving students in state-of-the-art research from an early age eliminates the idea that science is only for the scientists and empowers young people to explore STEM (Science, Technology, Engineering and Maths) subjects. It is also a great opportunity to dispel harmful stereotypes about who is suitable for STEM careers, while leaving students…

Describes a project intended to discover whether a tangible problem exists for physics students in the transition from public school to a university. (PR)

The organization of education in Australia is briefly described. Revisions and development of physics curricula, including British and American projects, are discussed. (TS)

Discusses the integrated science course given to 13-16 year olds and the structure of form 6-7 physics designed for 16-18 year olds. Indicates the presence of school staffing and financial problems in carrying out new science programs. (CC)

Suggests that the curriculum include a balance of both science and non-science and that the thought process of science be applied in non-science situations. Schools and colleges must expose students to this application of scientific thinking. Knowledge in breadth does not necessarily mean lower standards. (PS)

Briefly describes hardware and software requirements for a computer based learning system. The methods used in various systems are reviewed briefly. (TS)

Described is the present education of secondary school physics teachers in the Netherlands. (CS)

An effective way to learn science concepts and methodology is to work on actual problems which scientists try to solve in the laboratories. Describes an actual program of cooperation between school students and research laboratory in the community. Industries and laboratories generally welcome such cooperative projects. (PS)

Discusses problems related to the lack of mathematical competence in school physics, the contribution of modern math to the teaching of school physics, and the lack of cooperation between physics and math teachers. Presents a promising model to create a satisfactory liaison between math and science in the schools. (GS)

Describes a physics teaching approach used in England characterized by involving students with most of the work and utilizing teachers' time for conferences with each student about twice a week. Individual's progress was evaluated during conferences and joint sessions. (PS)

Discusses aims of educational projects sponsored by British Petroleum Company (BPC) and British Gas Corporation (BGC). Includes rationale for including technology in school curricula and types of curriculum materials produced by BPC and BGC. (SK)

Described are efforts of the Open University (United Kingdom) to retrain physics teachers using distance learning strategies. Discussed are the teacher shortage, the program design, styles of delivery, group activities, content, teacher types, and the National Curriculum. (CW)