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Abstract
In response to substantial evidence that many U.S. students are inadequately prepared in science and mathematics, we have developed an effective and adaptable model that improves the education of all students in introductory physics and increases the numbers of talented physics majors becoming certified to teach physics. We report on the Colorado Learning Assistant model and discuss its effectiveness at a large research university. Since its inception in 2003, we have increased the pool of well-qualified K–12 physics teachers by a factor of approximately three, engaged scientists significantly in the recruiting and preparation of future teachers, and improved the introductory physics sequence so that students’ learning gains are typically double the traditional average.
The authors gratefully acknowledge the support of National Science Foundation (Award Nos. DUE-0302134, DUE 424144, DUE-833258, and DRL-0554616), and the support of American Institute of Physics, the American Association of Physics Teachers, the PhysTEC program of the American Physical Society, and the Association of Public and Land Grant Universities’ Science and Mathematics Teacher Imperative.
I. INTRODUCTION: THE U.S. EDUCATIONAL CONTEXT II. THE COLORADO LEARNING ASSISTANT MODEL III. RESULTS OF THE LA PROGRAM A. Impact of the LA program on teacher recruitment B. Impact of the LA program on physics content knowledge C. Impact of the LA program on faculty IV. SCALING THE LA PROGRAM V. SUSTAINING SUCCESSFUL LA PROGRAMS
Key Topics
- Physics education
- 56.0
- Learning
- 30.0
- Physics teachers
- 23.0
- Physics education research
- 21.0
- Learning theory and science teaching
- 16.0
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