Curriculum
We believe that a curriculum aligned to the Next Generation Standards and what students need to know, understand, and be able to do in the 21st century is essential. We take great care in selecting a curriculum that has the potential to be engaging, relevant, and rigorous. While it is expected that we follow the curriculum, teachers at P.S. 307 know that a curriculum alone is not enough. Careful planning based on individual student needs and using best practices that allow every child to be successful in demonstrating mastery of content and skills enables teachers to make the curriculum work for them, not the other way around.
Illustrative Mathematics (IM) is a problem-based mathematics curriculum in which students learn by doing math. We believe that humans learn best through experience and that math is not a spectator sport. With a problem-based approach, students spend the majority of instructional time engaged in carefully designed exploratory tasks, making sense of problems and trying different strategies. Open-ended, exploratory learning allows students to demonstrate their mathematical thinking and ideas in ways that make the most sense to them, honoring students’ diverse learning styles, talents, and preferred means of expression.
All IM lessons follow the same sequence:
1) Warm-Up: Lessons start with a warm-up to either help students get ready for the day’s lesson or to strengthen their number sense or procedural fluency.
2) Exploration Activities: The activities are the heart of the mathematical experience and make up the majority of the time spent in class. Students are engaged in exploration with hands-on problems and math games. Thoughtful representations, visuals, and concrete manipulatives are harnessed both as tools for students to use in problem-solving an
d tools for making sense of math concepts.
3) Synthesis: During synthesis, students take time to incorporate new insights gained during the exploration activities into their big-picture understanding. Through discourse with others, students collaboratively make sense of their experiences and findings to grow their math understandings. Teachers guide discussions in ways that highlight mathematical relationships, generalizations, and patterns to ensure mathematical takeaways are clear to all. Students communicate their own mathematical ideas and listen to the reasoning of others to build their own understandings.
4) Cool-Down: Each lesson ends with a closing task or discussion question. This serves as a check-in to determine whether students understood the lesson. Student responses during the cool-down are used to inform future instruction.
Exploratory mathematics provides exposure to rigorous learning opportunities for all, while also ensuring multiple access points and differentiation for those who need it. We believe that this approach cultivates the knowledge and 21st-century skills students need to empower learners and incites wonder.
This year, District 13 will launch Expeditionary Learning as our English Language Arts Curriculum. EL isredefining student achievement in diverse communities and works to ensure that all students masterrigorous content, develop positive character, and produce high-quality work. EL is aligned with TheScience of Reading and engages students in rich, culturally diverse texts.
The S in STEAM is critical. Science is taught by all classroom teachers and is expected to be integrated, whenever possible, into English Language Arts, Mathematics, Social Studies, and the Arts. We follow the New York State Scope and Sequence for K-5 along with the Next Generation Science Standards. P.S.307 has four dedicated spaces to STEAM, two science labs, one engineering/math lab (Maker Space), and one technology lab. We will hold a school-wide STEAM Showcase in spring. Amplify Science is the core instructional science curriculum in grades 1 through 5. It is based on the Next Generation Science Standards and was developed through a partnership between the Lawrence Hall of Science, a public science museum and research center at the University of California— Berkeley, 29, and Amplify, a digital educational products company. The Amplify science curriculum blends digital experiences with hands-on lessons, and the units have been extensively field-tested.