In this article, I propose a technology-supported teaching and learning model that aims to bridge the gender gap identified in areas such as mathematics and science. Further, this model promotes collaboration between teacher educators and K-12 teachers. The focus of technology is on the use of video conferencing. This model is further tested by a government funded 3-year project using design-based research paradigm.
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References
1.
Canadian Association of University Teachers. (2006, April). CAUT Survey Shows PSE Gender Inequity Widespread. CAUT Bulletin, p. A9
2.
DuffyT.CunninghamD. (1996). Constructivism: Implications for the design and delivery of instruction. In JonassenD. H. (Ed.), Handbook of research for educational communications and technology. New York: Macmillan
LeeI. (2002). Gender differences in self-regulated on-line learning strategies within Korea's university context. ETR&D, 50, 101–111.
5.
LiQ. (1999a). Gender differences, mathematics and CSILE. Resources for Feminist Research, 27, 143–152
6.
LiQ. (1999b). Teachers' beliefs and gender differences in mathematics: A review. Educational Research (NFER), 41(1), 63–76
7.
LiQ. (2002). Interaction and communication: An examination of gender differences in elementary student mathematics and science learning using CMC. Journal of Educational Technology Systems, 30(3), 403–426
8.
RosserS. (1998). Warming up the classroom climate for women. In CoheeG.DaumerE.KempT.KrebsP.LafkyS.RunzoS. (Eds.), The feminist teacher anthology: Pedagogies and classroom strategies (pp. 31–44). New York: Teachers College
