In STEM to STREAMS the authors explore ways to create a more inclusive and equitable STEM world that opens new pathways for all students to enter and thrive in STEM. Using STREAMS as a metaphor they address the challenges of integrating the arts, humanities and social sciences into STEM. Using practical examples, this book aims to provide educators and educational researchers with new ways of thinking about how to merge disciplines to create a more equitable and dynamic vision of STEM.
Rezensionen / Stimmen
How to proceed with STEM education is the challenge addressed in STEM to STREAMS: Towards a More Equitable Vision of STEM Education. The infusion of STEAM into STEM provides stimulating ways to add fresh nourishment and vitality to the field. Using the metaphor of STREAMS, each chapter presents contemporary ways of capitalizing on this vitality in STEM education. However, even with the addition of STREAMS, not all is coming up roses. The treatment of potential difficulties in STREAMS education provides a necessary and thoughtful grounding for these new ideas. This book is a valuable resource for STEM educators looking to expand their vision of STEM education. -- Frances Lawrenz, professor and associate vice president for research, College of Education and Human Development, University of Minnesota STREAMS is a next generation concept that moves away from the traditional four disciplines of STEM education towards a view that is culturally embedded and multidisciplinary. This is essential given the need to address the challenges of our time. The potential of STREAMS is to recenter the traditional STEM fields in a way that is more inclusive, encompassing, and engaging. This re-positioning reimagines the STEM fields as approachable for all students. With the justice-centered and applied focus, STEM to STREAMS: Towards a More Equitable Vision of STEM Education presents new opportunities not just for those who will enter the STEM fields but for all students to be drops of water that together can create a waterfall of change for their communities. -- Gale Sinatra, professor, University of Southern California
Sprache
Verlagsort
Verlagsgruppe
Bloomsbury Publishing Plc
Zielgruppe
Illustrationen
Maße
Höhe: 235 mm
Breite: 157 mm
Dicke: 13 mm
Gewicht
ISBN-13
978-1-4758-7423-5 (9781475874235)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Klassifikation
The editors of this book are from the University of Kansas and have worked in science, technology, engineering, mathematics education for over 25 year. Their professional backgrounds range from civil engineering, mathematics, and science and technology, which has provided both practical expertise in the STEM fields, and scholarly insights as professors in STEM education.
Preface (Douglass Huffman, Kelli Feldman & Imogen Herrick)
Chapter 1: Estuaries of Learning: Cultivating STREAMS Education Through Small-Scale Transdisciplinary Teaching (Imogen R. Herrick & Michael Lawson)
Chapter 2: Digital Humanities and STREAMS(Britta Bletscher & Heidi L. Hallman)
Chapter 3: Computer Science Curriculum for Culturally and Linguistically Diverse Students (Clare Baek, Sharin Jacob, Dana Saito-Stehberger, Leiny Garcia, Santiago Ojeda Ramirez & Mark Warschauer)
Chapter 4: A Child-Robot Musical Theater for Diverse and Inclusive STREAMS Education for Young Children (Koeun Choi & Myounghoon Jeon)
Chapter 5: A Transformational Framework for Integrating STEM and Social Justice (Cara Eleonora Daza)
Chapter 6: Developing a Conceptual Framework for Early Childhood STREAMS Instruction: Integrating Social Emotional Competencies (Amanda Bennett)
Chapter 7: Building a Diverse Stream of Engineers: The IDEA BioE Project (Meagan M. Patterson, Prajnaparamita (Prajna) Dhar & Douglas Huffman)
Chapter 8: Beyond the Technocratic Views of Engineering (Gillian Roehrig)
Afterword (Douglass Huffman, Imogen Herrick & Kelli Feldman)
About the Authors
About the Editors
