Congress finds the following:
(1)
There is growing recognition, as evidenced through program provider surveys conducted by the Afterschool Alliance, that the workforce for after-school, summer, and other out-of-school time programs is facing staffing crises, which are even more apparent for science, technology, engineering, and mathematics educators in that workforce.
(2)
STEM proficiency will have a major impact on the Nation’s future economic competitiveness and on the preeminence of the United States in scientific inquiry, technological innovation, and maintaining a scientifically literate public.
(3)
Results from the National Assessment of Educational Progress, the Trends in International Mathematics and Science Study, the Programme for International Student Assessment, and other sources show that students in the United States are not demonstrating sufficient achievement in the STEM subjects, particularly in the years following the COVID–19 pandemic.
(4)
Research demonstrates the importance of after-school, summer, and other out-of-school time programs in engaging students in STEM fields and building STEM-relevant skills and proficiencies, especially for girls, students from populations traditionally underrepresented in STEM fields, and students from low socioeconomic circumstances.
(5)
Research also demonstrates the importance of having high-quality, well-prepared educators to support those programs, helping to inspire and motivate students to be interested in STEM.
(6)
The investments by the Federal Government in STEM education require a capable and supported educator workforce in order for educators to provide quality opportunities for students to be engaged in STEM subjects outside of the school day and to build a balanced pre-kindergarten through 12th grade STEM education portfolio that fosters learning in school as well as in out-of-school time programs.
(7)
In order to sufficiently build up the Nation’s future STEM workforce, the Federal Government needs to bolster and enhance structural support for today’s STEM educators and ensure a robust network of future STEM educators. Developing the systems of support to help program providers access high-quality STEM curricula, resources, peer support, and professional development, is warranted.