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ThinkerTools II Project: Using Assessment to Foster a Classroom Research Community


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White & Fredericksen (1994) discuss the ThinkerTools II Project, a collaborative endeavor between the Graduate School of Education at University of California, Berkeley and the Educational Testing Service. The ThinkerTools II Project is developing a performance assessment model that will enhance the teaching and learning of scientific inquiry, while helping students to develop a knowledge of the physics of force and motion. To do this, the project has established classroom research communities in seventh, eighth, and ninth grade science classrooms in middle schools in Berkeley and Oakland.

In these classes, inquiry becomes the basis for developing an understanding of physics. Physical theories are not directly taught, but are constructed by students themselves. The idea is to teach students how to carry out scientific inquiry, and then have them discover the basic physical principles for themselves by doing experiments.

Students carry out research in groups, using computer simulations and real-world materials. In their groups, they also create laws, models, and theories to account for their experimental findings. The groups then meet to conduct a research symposium. Here, as in a professional research community, the groups report their results and attempt to agree upon a model for the phenomenon under investigation.

The criteria of assessment, such as "understanding the processes of inquiry," "using the tools of science," and "reasoning carefully," become the basis for evaluating the quality of the students' research. Students use them when carrying out their own research and when evaluating each others' work. Thus, the correctness of student-constructed models of force and motion depends on their using the criteria to evaluate the research findings of the different groups.

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