Organization(s): Horizon Research, Inc., Westat Inc.
Funding agency: U.S. National Science Foundation
Program: Robert Noyce Scholarship Program
HRI Role: Research
Project Description
The NSSTPP project will serve as a complimentary study to the 2027 National Survey of Science, Mathematics, Computer Science, and Engineering Education (NSSME+). Well-prepared STEM teachers are essential for helping students develop key skills (e.g., problem solving, curiosity, perseverance, creativity, adaptability) needed to solve problems and think critically. The study, conducted by Horizon Research, Inc. with assistance from Westat, will identify the extent to which or how elements of effective STEM teacher preparation program (TPPs) are being enacted on a national scale. Conducting this study in conjunction with the 2027 NSSME+ provides an opportunity to examine how features of STEM preparation programs may influence teachers’ reported classroom practices and beliefs and provide future direction for program improvements. The study will take place in four phases. In Phase 1, the project will draw on the most recent TPP data available from U.S. Department of Education to assemble a roster of K–12 STEM TPPs across the nation. Phase 2 will be devoted to identifying existing policy information for the sampled STEM TPPs and questionnaire development. In Phase 3, we will identify a national probability sample of approximately 1,000 K–12 STEM TPPs. The final phase of the project, Phase 4, will analyze survey data, both overall and by key features of the STEM TPPs. A study website will provide comprehensive access to all study products and support requests for data sharing.
Research Purpose
NSSTPP addresses the following research questions:
- What are the different types of TPPs that prepare STEM teachers in the U.S., and how prevalent and distributed are these different types?
- What are the requirements for entry and completion of STEM TPPs?
- How prevalently and in what ways are elements of effective STEM TPPs being enacted?
- To what extent has the STEM teacher workforce experienced these elements of effective STEM TPPs?
