Grantee Spotlight: Brown University’s Bootstrap Program
For teachers like Adam Newall – a middle school math teacher in Pembroke, MA – teaching algebra and geometry is made easier with the help of Bootstrap. Created by Brown University, Bootstrap is an innovative curriculum that uses computer and game programming to teach math concepts to students ages 12-16. The curriculum challenges students to program computer games using purely algebraic and geometric concepts.
“[Bootstrap] opens students to the idea that they can learn math, and that it’s not something that’s meant to torture people,” said Newall. “They learn that math is something that is real and relevant and that they can use it.”
With ESAF’s support, Bootstrap has been integrated into more than 120 schools across the country. Most recently, Bootstrap expanded to the West Coast and completed a pilot program in Oakland, CA, public schools. Two Oakland Public School system teachers who successfully integrated Bootstrap into their classrooms have been invited to present at the Computer Science Teachers Association’s annual conference in St. Charles, IL, in July, where they will share their results and overall experience. In addition, Brown University recently announced a new partnership with Code.org and the New York City Foundation for Computer Science Education to further promote Bootstrapamong teachers and provide them with related
tools and materials.
Bootstrap aligns with the Common Core math standards and provides an engaging and rewarding experience for its users.
“My students are learning that doing something well – doing it carefully, accurately, with perfect precision – can actually be fun,” said Katrien Vance, a middle school math teacher who uses the program. “Bootstrap has given my math students a glimpse of a future for themselves, one that includes fun, success, and, surprisingly to them, math.”
Oakland Students Use Bootstrap to Make Games
With Bootstrap, researchers and educators hope to harness students’ excitement around video games to ignite their passion for topics and careers in science, engineering, technology, and math (STEM).
“Research has found that kids change the way they talk about math right around this age. They go from saying, ‘Math is hard,’ to saying, ‘I can’t do math,’” said Shriram Krishnamurthi, professor at Brown University and co-creator of Bootstrap. “That’s the point where kids make the decision to drop out of algebra…We’d like to get to them before they make that decision to drop out, so they can keep their options open.”
For more information about Bootstrap, please visit Bootstrapworld.org. |