Description of knowledge structures within a concept-based curriculum framework

The development of declarative knowledge was examined within the parameters of movement-based curricula. Declarative knowledge represents factual or foundational knowledge frequently articulated as curriculum content. A semantic ordered tree technique was used to investigate the knowledge structures of three groups of teacher preparation subjects (novice, coursework, student teacher) and one group of elementary physical education teachers (experts). Structures were examined based on frequency and coherence criteria. ANOVA was used to examine differences between groups. Results suggested that declarative knowledge appeared to develop in complexity from novice to expert within the parameters of concept-based movement curricula. The Active Structural Networks Theory was used to interpret structural development through the accretion, tuning, and restructuring phases. Knowledge structures of the novice and coursework groups seemed to represent accretion, whereas those of student teachers and experts represented tuning and restructuring.     

Building intergenerational Bridges in early childhood

A recent report of the Committee for Economic Development observed that 30% of our children are educationally disadvantaged and face major risks of educational failure and lifelong dependency (CED, 1987). One reason advanced for this observation is that schools have neglected to prepare these children to become active citizens who can contribute to the social and economic uplifting of their neighborhoods.L. C. Taharally is an Assistant Professor, Early Childhood Education, and A. L. Smith is an Assistant Professor, Training and Supervision, in the Department of Curriculum and Teaching at Hunter College of the City University of New York.     

基于问题解决的《计算机应用基础》课的教学思考

结合作者多年的《计算机应用基础》课的教学经验,探讨"研究性学习 上机操作"的教学模式,通过解决实际问题,调动起学生学习的积极性、能动性、创造性,提高了学习效率,对学生综合能力的培养有很大好处。