Today, science teachers continue to seek ways to improve their instruction and become credentialed as "highly qualified" in their field. This paper describes how science and science education faculty at the University of Massachusetts and veteran K-12 science teachers, with funding from the National Science Foundation, designed Science…

The hierarchical model for the teaching of computer programming to children that is presented in this report comprises five content domains: (1) technical skills of controlling the machine; (2) mastery of the programming language; (3) understanding the structure of a computer program; (4) understanding the logical dynamics of the computer program;…

Takes a systems approach to designing classroom instruction, providing models for program and course syllabuses, as well as for instructional units. Included are checklists for designing the three levels of instruction: the program, the course, and the instructional unit. (JW)

Autonomous schools in Israel are faced with the challenge of integrating centralized and decentralized curricular approaches. The curriculum structure by which schools attempt to comply with national curricula standards and achieve school autonomy is examined. Case studies of three primary schools involved document analysis, observation,…

Maintains that courses in curriculum studies should be evaluated on "why" they should be part of teacher education and "how" they should be taught. Asserts that curriculum studies occupies a more tenuous position in teacher education than do established disciplines such as sociology, philosophy, and psychology. (CFR)