What We Do: Research Products

Lessons from North Queens Community High School: Strengthening Student Persistence in Mathematics and Beyond

“After explicitly addressing students’ academic and personal mindsets and integrating new independent problem-solving strategies in math classes, staff at North Queens saw student effort and capacity improve dramatically. Word problems that had paralyzed students in the past now motivated them to derive solutions. Quizzes that were once reviewed and forgotten instead became sources of learning as students began submitting revisions at unprecedented rates.”

–Strengthening Persistence in Math and Beyond

Mathematics can be a challenging subject, especially for students who have fallen behind in school. When faced with difficult math problems, students may freeze up or express defeatist attitudes such as, “I’m just not a math person.” But a growing body of educational research has shown that a students’ capacity to persist in the face of challenges is one of their main determinants of success. In this monograph—part of a series that captures practices and tools that support deeper learning for overage and under-credited adolescents at transfer schools across New York City—we share how North Queens Community High School teachers and counselors developed an integrated system of support to change students’ mindsets about math, build their persistence, and develop their problem-solving skills.

From 2012 to 2015, North Queens Community High School was a member of the Transfer School Common Core Institute (TSCCI), an innovative professional development institute led by the NYCDOE’s Office of Postsecondary Readiness. Through coaching provided by TSCCI partners Eskolta and reDesign, North Queens principal Winston McCarthy, Program Director Lainey Collins, and a team of teachers, tackled the challenge of building students’ math skills. In a push that brought together teachers and counselors, they established tools and processes to help students recognize their own mindsets and learning styles and then use this understanding to build positive habits, choose good strategies, and challenge themselves. Three years later, their effort had paid off: student passing rates on the statewide math Regents exams had more than doubled, from 31 percent to 70 percent.

This report outlines the strategies and tools that the North Queens team developed to build persistence in mathematics. These include a set of criteria for Math Habits of Mind, which are modes of thinking and concrete behaviors that support problem-solving, such as visualizing, pattern detecting, and tinkering; as well as a Productive Persistence Rubric and Conferring Protocol to facilitate ongoing conversations between adults and students about students’ belief in malleable intelligence, their ability to succeed, their sense of belonging, and the extent to which they value a given class.

Want to learn more?

Contact Us