|
STEP teachers at the colleges, universities and K-12 schools will: |
|
1. Use curricula that show relationships between different fields of science or mathematics, and between science, mathematics and other subject areas, such as social studies or reading/language arts. |
|
2. Actively engage students in inquiry, problem-solving and model-building. |
|
3. Use specific strategies found to be effective in engaging female and minority students, especially Native Americans, in mathematics and science. |
|
4. Recognize the progression in learning from concrete to abstract, providing ample opportunities to work with manipulatives and hands-on materials, and first-hand experiences in laboratory or field settings. |
|
5. Provide regular opportunities for social interaction and group work. |
|
6. Use strategies to identify and build upon students' preexisting ideas. |
|
7. Introduce real world applications of mathematics and science. |
|
8. Use appropriate technologies, including graphing calculators, a variety of computer applications (e.g. modeling, laboratory interface systems), telecommunications networks (e.g. Internet), and video technologies. |
|
9. Use assessment techniques that are challenging, varied and allow students to make some choices about how best to demonstrate their learning. |
|
10. Demonstrate effective management in an active classroom. |
|
11. Promote a culture in which teachers' efforts to promote students' involvement in mathematics and science are actively supported by school administrators, parents and other community members. |
STEP project; 401 Linfield Hall, Bozeman, Montana, 59717; 406-994-6768 All rights reserved