Enhancing Program Quality in Science and Mathematics
Purchase
Description
Bridging the quality gulf between design and results
Demand for improved science and mathematics education for all students continues to grow. Programs that promise to support this education exist in thousands of communities across the country. The question is—how do we know if these programs reflect best practice and will achieve the results their designers intend and their funders expect?
The authors draw from current research and effective programs around the country to create an improvement philosophy—Profiling Program Quality—that helps programs measure and improve results. Profiling Program Quality reflects the best of what we know about professional development, instruction, and learning.
Contents
Ensuring the Effectiveness of All Science and Mathematics Programs
Ensuring the Effectiveness of All Science and Mathematics Programs
Identifying the Components of Quality Programs
Identifying the Components of Quality Programs
Designing a Quality Program
Designing a Quality Program
Investigating Outcomes
Investigating Outcomes
Description
Bridging the quality gulf between design and results
Demand for improved science and mathematics education for all students continues to grow. Programs that promise to support this education exist in thousands of communities across the country. The question is—how do we know if these programs reflect best practice and will achieve the results their designers intend and their funders expect?
The authors draw from current research and effective programs around the country to create an improvement philosophy—Profiling Program Quality—that helps programs measure and improve results. Profiling Program Quality reflects the best of what we know about professional development, instruction, and learning.
Contents
Ensuring the Effectiveness of All Science and Mathematics Programs
Ensuring the Effectiveness of All Science and Mathematics Programs
Identifying the Components of Quality Programs
Identifying the Components of Quality Programs
Designing a Quality Program
Designing a Quality Program
Investigating Outcomes
Investigating Outcomes
Reviews
Enhancing Program Quality in Science and Mathematics
July 1999 | 240 pages | Corwin
| Format | Published Date | ISBN | Price |
|---|---|---|---|
| Hardcover | 27/02/2023 | 9780803968578 | $90.95 |
| Paperback | 27/02/2023 | 9780803968585 | $40.95 |
Bridging the quality gulf between design and results
Demand for improved science and mathematics education for all students continues to grow. Programs that promise to support this education exist in thousands of communities across the country. The question is—how do we know if these programs reflect best practice and will achieve the results their designers intend and their funders expect?
The authors draw from current research and effective programs around the country to create an improvement philosophy—Profiling Program Quality—that helps programs measure and improve results. Profiling Program Quality reflects the best of what we know about professional development, instruction, and learning.
Table Of Contents:
- Ensuring the Effectiveness of All Science and Mathematics Programs
- Identifying the Components of Quality Programs
- Designing a Quality Program
- Investigating Outcomes