WASHINGTON, D.C. – Representatives Chrissy Houlahan (D-PA) and Jim Baird (R-IN) are teaming up again to reintroduce the Mathematical and Statistical Modeling Education Act. This bipartisan initiative aims to improve STEM education in K-12 schools across America. The goal is to update math curricula and help students gain skills needed for today’s fast-changing job market.

If passed, the National Science Foundation (NSF) would provide grants to refresh STEM education through new methods like mathematical and statistical modeling. The new curriculum would focus on solving real-world problems and aligning with current workforce demands. The bill also requests a comprehensive study by the National Academies to ensure teaching methods stay relevant and effective.
Houlahan highlighted the need for urgent action in education. “While traveling, I’ve seen how countries like China and India are investing heavily in math and science education. We need to act quickly to keep our students competitive globally,” she stated.
Baird, a Ph.D. scientist, stressed the connection between STEM education, national security, and innovation. “China’s significant investments in STEM aim to surpass the U.S. To stay ahead, we need a strong workforce filled with skilled scientists, starting in our K-12 schools,” he explained.
This renewed bipartisan effort follows previous success in Congress, showing a growing recognition of the need to act on global educational competition.
Many organizations support the Mathematical and Statistical Modeling Education Act, including the American Statistical Association (ASA) and the National Council of Teachers of Mathematics (NCTM). Various business and education groups also back the bill, noting its potential to strengthen the workforce in tech and data-driven sectors.
Supporters view the legislation as essential for preparing future innovators. As the U.S. faces tough competition from other nations investing in STEM, this bill is a targeted response to keep American students leading in science and technology.
The bipartisan nature of this initiative emphasizes its importance for the country. By improving STEM education, policymakers aim to build a stronger workforce and ensure the U.S. maintains its role as a leader in innovation and the global economy.
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Source linkChrissy Houlahan,Engineering education,Experiential learning,Lawmaking,Mathematics education,Science education,STEM education,United States House of Representatives