Public Health - Maryland Medical Assistance Program - Tobacco Cessation
Summary
HB1264 would allow a public high school student to count one credit of a mathematics graduation requirement by completing an Advanced Placement Computer Science course, or an equally rigorous college preparatory computer science or computer programming course approved by the county board. To use this option, the student must take the course concurrently with or after completing Algebra II.
The bill also requires each county board of education to certify to the Maryland State Department of Education that any qualifying computer science or programming course may be used toward the mathematics graduation requirement. The measure takes effect July 1, 2025, and would amend the Education Article by adding a new section governing high school math credit flexibility.
Impact
HB1264 would change Maryland high school graduation rules by expanding the types of courses that may satisfy one mathematics credit requirement. It would give local school systems authority to designate certain computer science or computer programming courses as math credits, while preserving a prerequisite that students complete Algebra II first. The bill would affect public high school students, county boards of education, and the State Department of Education by creating a certification process for eligible courses.
Sentiment
Based on the bill text and the absence of recorded committee testimony or votes in the provided materials, the bill appears to be a policy-driven education measure with an innovation-oriented framing rather than one marked by documented controversy. Its sponsors suggest support for broadening STEM pathways and recognizing computer science as part of college and career readiness. No formal vote history or transcript evidence is provided here to indicate opposition or strong public debate.
Contention
The main point of potential contention is whether computer science or programming should count as mathematics for graduation purposes, and under what conditions. Supporters are likely to emphasize expanded STEM access, relevance to modern careers, and flexibility for students; critics may question whether these courses are equivalent to traditional math instruction or whether local boards should have discretion to approve them. Another possible issue is the Algebra II prerequisite, which limits the credit substitution to students who have already completed a core math sequence.