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Step into STEAM grades preK-5 : your standards-based action plan for deepening mathematics and science learning / Sarah B. Bush, Kristin L. Cook ; foreword by Christa Jackson and Margaret Mohr-Schroeder.

By: Bush, Sarah BContributor(s): Cook, Kristin LeighMaterial type: TextTextSeries: Corwin mathematics seriesPublisher: UNITED KINGDOM Corwin, 2025Edition: Second editionDescription: xxxiv, 203p.; illISBN: 9781071946275Subject(s): Mathematics | Science | Mathematics | ScienceDDC classification: QA135 .B87 2025 Summary: "At the heart of this book lies a unique question: How do we create a classroom environment focused on preparing each and every student for jobs that don't even yet exist, while still teaching key concepts in mathematics and science - and meeting the demands of high-stakes testing? At the heart of it lies a unique answer: STEAM IS for each and every student, STEAM IS about mathematics, and STEAM CAN and SHOULD be implemented to measurably improve student mathematics and science achievement...here's how. This book leads K-5 teachers through a process of designing and implementing STEAM investigations that are carefully aligned to key mathematics and science content and practices. Going far beyond a collection of STEAM activities, this book shows teachers, schools, and districts how to build a STEAM infrastructure-based on standards and assessment-that can measurably improve every students' mathematics and science achievement, as well as engagement and interest. This book uniquely advocates for STEAM education based on the following tenets: · Aligning STEAM investigations to key mathematics and science content and practice standards (as opposed to simply "making" or "creating"), and placing emphasis on the M in STEAM has been shown to measurably raise students' mathematics and science achievement. · STEAM instruction is for each and every student in the school day, not just for gifted learners or for an after-school program or summer camp. · Helping teachers learn to develop STEAM investigations built on the foundation of key mathematics and science content and practices works better than providing scripted curriculum. · Student's learning of STEAM through a transdisciplinary approach benefits society, local communities, and individuals"--
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Item type Current library Call number Status Date due Barcode
Books Books Gabriel Afolabi Ojo Central Library (Headquarters).
QA135 .B87 2025 (Browse shelf(Opens below)) Available 0198563
Books Books Gabriel Afolabi Ojo Central Library (Headquarters).
QA135 .B87 2025 (Browse shelf(Opens below)) Available 0198564

"At the heart of this book lies a unique question: How do we create a classroom environment focused on preparing each and every student for jobs that don't even yet exist, while still teaching key concepts in mathematics and science - and meeting the demands of high-stakes testing? At the heart of it lies a unique answer: STEAM IS for each and every student, STEAM IS about mathematics, and STEAM CAN and SHOULD be implemented to measurably improve student mathematics and science achievement...here's how. This book leads K-5 teachers through a process of designing and implementing STEAM investigations that are carefully aligned to key mathematics and science content and practices. Going far beyond a collection of STEAM activities, this book shows teachers, schools, and districts how to build a STEAM infrastructure-based on standards and assessment-that can measurably improve every students' mathematics and science achievement, as well as engagement and interest. This book uniquely advocates for STEAM education based on the following tenets: · Aligning STEAM investigations to key mathematics and science content and practice standards (as opposed to simply "making" or "creating"), and placing emphasis on the M in STEAM has been shown to measurably raise students' mathematics and science achievement. · STEAM instruction is for each and every student in the school day, not just for gifted learners or for an after-school program or summer camp. · Helping teachers learn to develop STEAM investigations built on the foundation of key mathematics and science content and practices works better than providing scripted curriculum. · Student's learning of STEAM through a transdisciplinary approach benefits society, local communities, and individuals"--

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