Investigating Water With Young Children (Ages 3–8)

Water is a valuable context for children to explore and learn science and engineering, and this book provides teachers with ideas for engaging children in engineering experiences that build a foundation for later STEM learning. The book offers guidance for arranging the classroom environment, integrating literacy learning, and building partnerships with administrators and families to enhance STEM learning for young learners.

Format: Hardback
Length: 160 pages
Publication date: 24 November 2023
Publisher: Teachers' College Press

Water, a captivating subject matter for children, serves as a profound platform for fostering their curiosity, acquiring, and applying science and engineering principles. Through engaging in inquiries, children can develop spatial thinking, acquire early concepts of water dynamics, and cultivate a deep understanding of this essential natural resource. This book aims to empower teachers by presenting them with effective strategies to captivate children's minds and inspire them to engage in engineering practices. By facilitating opportunities for pouring and filling containers of diverse shapes and sizes, observing the intricate interactions between water and surfaces, exploring the mechanisms of water movement, and utilizing water to propel objects, children are encouraged to develop a solid foundation in STEM-related concepts. These hands-on experiences not only enhance their understanding of water but also ignite their interest in pursuing STEM fields in their future academic endeavors. Moreover, the text offers valuable guidance for creating an optimal physical, intellectual, social–emotional, and promotional environment within early childhood classrooms. It emphasizes the integration of literacy learning, fostering essential partnerships with administrators and families, and enhancing STEM learning for our youngest learners.

The book features an innovative STEM experience called WaterWorks, which was collaboratively developed by young children, their teachers, and early childhood researchers. This approach emphasizes hands-on science and engineering activities rather than merely imparting knowledge about these fields. By incorporating STEM experiences into their daily classroom routines alongside literacy learning, children are provided with ample opportunities to explore, innovate, and develop critical thinking skills. The book showcases over ten types of engineering experiences tailored specifically for children aged 3 to 8, ensuring that each experience is developmentally appropriate and engaging. Furthermore, the text provides comprehensive guidance for educators in planning and implementing these engineering experiences effectively. It aligns with the Early Learning Outcomes Framework and the Next Generation Science Standards, ensuring that children's learning is comprehensive and aligned with national educational standards.

Contributors to this book include a diverse group of experts in early childhood education, science, and engineering. Their collective expertise and experiences contribute to the richness and practicality of the content, providing valuable insights and practical strategies for educators seeking to enhance their students' STEM learning.

In conclusion, this book offers a valuable resource for teachers who wish to engage children in meaningful STEM experiences. By providing a comprehensive approach to engineering education within the context of water, educators can foster children's curiosity, develop their spatial thinking, and inspire a lifelong interest in science, technology, engineering, and mathematics. Through hands-on activities and collaborative learning, children can build a strong foundation that will support their academic success and pave the way for future STEM-related endeavors.

ISBN-13: 9780807769058