The Howard University Middle School of Mathematics and Science (MS²) is a premier public charter school that serves as a vital bridge between middle-level education and the prestigious legacy of Howard University. As the only public charter middle school in the nation co-located directly on the campus of a Historically Black College or University (HBCU) with the HU School of Education, (MS)² offers a unique ecosystem where academic rigor meets cultural empowerment.
The mission of (MS)² is to provide a sound foundation in all academic subjects with a concentrated emphasis on mathematics and science. The school operates on the belief that "the jobs our students will occupy have not been invented yet," necessitating a curriculum built on inquiry, critical thinking, and real-world problem-solving.
Key Pillars of Instruction:
Blended Learning: A modern pedagogical approach that combines traditional face-to-face instruction with digital, self-directed learning modules (utilizing tools like the Summit Learning platform).
Inquiry-Based Discovery: Students are encouraged to act as "scholars," using the scientific method to navigate complex challenges across all disciplines.
Restorative Justice: A commitment to holistic student development, focusing on community-building and conflict resolution rather than purely punitive measures.
What differentiates (MS)² from any other middle school is its deep integration with Howard University. This partnership provides students with:
The Pipeline Effect: Students are immersed in a college-going culture from the age of 11, demystifying higher education and fostering an early identity as future STEM professionals.
Resource Access: Students utilize university facilities and benefit from mentorship and tutoring provided by Howard University graduate students and faculty.
STEM Enrichment: Beyond the standard classroom, the school offers extended-day programs and "Saturday School" to reinforce core competencies.
Award-Winning Scholars: The school is a recipient of the CityBridge Education’s Breakthrough Schools grant and has produced multiple Jack Kent Cooke Foundation Young Scholars