Mathematical and Statistical Modeling Education Act
- Bill Number
- S. 1602
- Origin Chamber
- Senate
- Congress
- 119th Congress, Session 1
- Policy Area
- Education
- Status
- Introduced
- Latest Action
- 2026-03-20: Referred sequentially to the Committee on Commerce, Science, and Transportation, pursuant to the order of March 3, 1988, for 30 calendar days excluding any day on which the Senate is not in session, and if not reported by that day, the Committee be discharged from further consideration thereof, and the bill be placed on the calendar.
- Last Updated
- 2026-04-09T18:50:20Z
AI-Generated Summary
Purpose
The Mathematical and Statistical Modeling Education Act (S. 1602) aims to update mathematics education within STEM (science, technology, engineering, and mathematics) fields by promoting mathematical and statistical modeling. This includes skills like data-driven thinking, computational tools, problem-based learning, and real-world career connections. The goal is to address a shortage of STEM workers by preparing students and educators for modern job needs, such as data science and artificial intelligence.
Key Provisions
- Findings and Definitions: The bill outlines congressional findings on gaps in current math education, the growing demand for STEM skills (e.g., needing 1 million more professionals), and benefits like higher wages in STEM jobs. It defines terms like "mathematical modeling" (applying math to real problems, per a 2019 guidelines report), "statistical modeling" (using stats for data analysis, per a 2021 report), and others such as STEM and federal laboratories.
- Awards for Educator Preparation (Section 2): The National Science Foundation (NSF) Director must award competitive grants to colleges, universities, and nonprofits (or partnerships) for research and development. Focus areas include:
- Training teachers in mathematical modeling, data science, operations research (scientific methods to improve efficiency in processes), and computational thinking.
- Encouraging partnerships with schools, tribes, employers, and experts to support student transitions (e.g., middle to high school, school to jobs).
- Applications must describe target groups (e.g., underrepresented students, homeless youth, foster children) and evaluation plans.
- Funds can support professional development, real-data projects, interdisciplinary teaching, rural schools, accessibility tools, and equity efforts for underrepresented groups.
- NSF must evaluate awards, identify best practices, and report to Congress within 180 days of evaluation completion.
- Authorization: $10 million annually for fiscal years 2026–2030.
- National Academies Study (Section 3): NSF must contract with the National Academies of Sciences, Engineering, and Medicine (NASEM) (or a similar group) within 180 days of enactment for a study on:
- Barriers and enhancers to integrating modeling in K–12 education, including career pathways, community-based learning, and assessment methods.
- Effective teacher training programs and gaps in workforce preparation.
- Ways to communicate benefits to parents, schools, and communities.
- The study includes at least one public meeting for input and a report to Congress, NSF, and the Department of Education within 24 months, with recommendations for improvements.
- Authorization: $1 million annually for fiscal years 2026–2030.
- Limitations (Section 4): Funding comes only from NSF appropriations; award authority ends September 30, 2029.
Significant Changes to Existing Law
This bill introduces new federal programs without amending prior laws directly. It builds on existing NSF authorities (e.g., under the Higher Education Act and Stevenson-Wydler Act) by creating specific grant and study mechanisms for mathematical modeling, which were not previously mandated. No explicit repeals or overhauls of current education laws are included.
Potential Impacts
- Government Agencies: NSF's Directorate for STEM Education will manage grants and the NASEM study, potentially increasing its workload and coordination with the Department of Education. This could enhance federal support for K–12 STEM without new agencies.
- Citizens: Students, especially in pre-K–12, gain access to modernized math education emphasizing real-world skills, potentially reducing STEM skill gaps and improving job readiness. Teachers receive training, benefiting educators nationwide, including in rural and underserved areas. Employers may see a better-prepared workforce, reducing training costs.
- International Relations: By addressing U.S. lags in math modeling (e.g., compared to China in competitions), the bill could boost global competitiveness in fields like AI and data science, indirectly strengthening U.S. economic and military positions without direct foreign policy changes.
Main Stakeholders Affected
- Educators and Schools: Teachers, local education agencies, and tribal schools benefit from training and resources; school leaders must prioritize reforms.
- Students: Pre-K–12 learners, particularly girls, underrepresented groups (e.g., racial minorities, low-income, homeless, foster youth), who gain equitable access to engaging STEM learning.
- Institutions and Organizations: Colleges, nonprofits, and federal labs receive grants; NASEM conducts the study.
- Employers and Communities: Businesses, industries, and parents get involved in partnerships, career connections, and communication efforts to link education to jobs.
- Federal Entities: NSF leads implementation; Congress receives reports for oversight.
Notable Legal, Constitutional, or Political Implications
- Legal: The bill emphasizes merit-based, competitive awards with accountability (e.g., evaluations, reports), aligning with federal grant standards under laws like the Elementary and Secondary Education Act. It promotes equity without mandates, avoiding potential lawsuits over implementation.
- Constitutional: No direct conflicts; it supports education under Congress's spending power (Article I, Section 8) by authorizing funds for voluntary programs, respecting state/local control of schools via partnerships.
- Political: Bipartisan introduction (by Sens. Hassan and Blackburn) highlights consensus on STEM needs. It addresses workforce shortages and gender equity in math (e.g., higher girl participation in modeling), potentially appealing across parties, but funding reliance on appropriations could face budget debates. The sunset clause limits long-term commitment, allowing future reassessment.
This summary was generated by AI and may contain inaccuracies. Refer to the official source document for the authoritative text.
Sponsor
Sen. Hassan, Margaret Wood [D-NH]
Cosponsors (1)
Recent Actions
- 2026-03-20: Referred sequentially to the Committee on Commerce, Science, and Transportation, pursuant to the order of March 3, 1988, for 30 calendar days excluding any day on which the Senate is not in session, and if not reported by that day, the Committee be discharged from further consideration thereof, and the bill be placed on the calendar.
- 2026-03-11: Placed on Senate Legislative Calendar under General Orders. Calendar No. 353.
- 2026-03-11: Committee on Health, Education, Labor, and Pensions. Reported by Senator Cassidy without amendment. Without written report.
- 2026-03-11: Committee on Health, Education, Labor, and Pensions. Reported by Senator Cassidy without amendment. Without written report.
- 2026-02-26: Committee on Health, Education, Labor, and Pensions. Ordered to be reported without amendment favorably.
- 2025-05-05: Read twice and referred to the Committee on Health, Education, Labor, and Pensions.
- 2025-05-05: Introduced in Senate
Bill Versions
- Mathematical and Statistical Modeling Education Act — issued 2025-05-05 — PDF (16 pages)
- Mathematical and Statistical Modeling Education Act — issued 2026-03-20 — PDF (16 pages)
- Mathematical and Statistical Modeling Education Act — issued 2026-03-11 — PDF (18 pages)