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Author:   Karen Hollebrands ,  Robin Anderson ,  Kevin Oliver
Publisher:   Springer Nature Switzerland AG
Imprint:   Springer Nature Switzerland AG
Edition:   1st ed. 2021
Weight:   0.557kg
ISBN:  

9783030802325

ISBN 10:   3030802329
Pages:   342
Publication Date:   29 October 2022
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Active
Availability:   Manufactured on demand  
We will order this item for you from a manufactured on demand supplier.

Table of Contents

Introduction - Hollebrands, Anderson and Oliver     Section 1: Design of Online Learning Experiences in Mathematics Education (4)   Chapter 1: Marcelo C. Borba, Johann Engelbrecht and Salvador Llinares. Using digital technology and blending to change the mathematics classroom.   Chapter 2: Angie Hodge-Zickerman, Patrick R. Lowenthal, and Cindy S. York. Teaching mathematics education online: Instructional design theories, strategies, and technologies   Chapter 3: Naomi Jessup, Jennifer Wolfe, and Crystal Kalinec-Craig. Rehumanizing mathematics education and building community in online spaces   Chapter 4: Dung Tran and Giang-Nguyen T. Nguyen. Keep human interaction present in online mathematics education methods courses - lenses of educators across institutions     Section 2: Formal Online Learning Experiences for Prospective Teachers (7)   Chapter 5: Jeannette D. Alarcón, Carrie S. Cutler, Jennifer B. Chauvot, and Susie L. Gronseth. Applying critical pedagogy and UDL to synchronous online course design to equip pre-service teachers in mathematical discourse   Chapter 6: Yves Kreis, Ben Haas, Zsolt Lavicza, and Robert Weinhandl Transition from traditional over hybrid towards online courses for pre-service elementary school teachers at the University of Luxembourg   Chapter 7: Hollylynne Lee, Rick Hudson, Stephanie Casey, Gemma Mojica, William Finzer, Heather Barker, and Taylor Harrison. Preparing teachers to teach statistics through online curriculum modules: Design, implementation, and results   Chapter 8: Ceneida Fernández, Salvador Llinares, and Yoilyn Rojas. The impact of an online teacher education program on the development of prospective secondary mathematics teachers’ noticing   Chapter 9: Ji-Yeong I, Christa Jackson, and Ricardo Martinez. Online learning to teach mathematics for emergent bilinguals   Chapter 10: Suparna Chatterjee, Germain Degardin, Wanda Bulger-Tamez, Erika Acosta, Rachel Boren. Restructuring content assessment in mathematics teacher education courses using digital interactive notebooks   Chapter 11: Simon Byeonguk Han and Eva Thanheiser. Number Talks in asynchronous online classrooms for more equitable participation and formative assessment of student thinking.     Section 3: Formal Online Learning Experiences for Practicing Teachers (5)   Chapter 12: Nathan A. Hawk, Margaret A. Bowman, and Kui Xie. Theory-based intervention framework to improve mathematics teachers’ motivation to engage in online professional development   Chapter 13: Jeffrey Choppin, Julie Amador, Cindy Callard, Cyndi Carson, Ryan Gillespie, Jen Kruger, and Stephanie Martin A Three-Part Synchronous Online Model for Middle Grades Mathematics Teachers’ Professional   Chapter 14: Armando Paulino Preciado Babb and Ayman Aljarrah. Contemporary, emergent mathematics for teachers: A case study on an online graduate program   Chapter 15: Aimee J. Ellington, Jamey Lovin, Kristina Anthony, Heather Nunnally, Erica R. Miller & V. Rani Satyam Preparing K-8 mathematics specialists in an (a)synchronous flipped online program   Chapter 16: Verónica Vargas-Alejo and Luis E. Montero-Moguel. Didactic sequence implemented in an online modeling course for inservice teachers.     Section 4: Informal and Self-Directed Learning (4)   Chapter 17: Ferdinando Arzarello, Ornella Robutti, and Eugenia Taranto. MOOCs for in-service mathematics teachers’ professional development: background and reflections of an Italian experience background and reflections of an Italian experience   Chapter 18: Anne Garrison Wilhelm and Jaymie Ruddock. Tweeting to Learning: Professional Networks of Mathematics Teachers on Twitter.   Chapter 19: Erica Miller and Emily Braley. A distributed leadership model for online reading groups   Chapter 20: Yi-Jung Lee. Support elementary preservice teachers’ ability to design real-world tasks through organizing and mathematizing online resources     Section 5: Experiential and Practice-Based Learning (5) Chapter 21: Amanda Milewski, Irma Stevens, and Patricio Herbst. Confronting teachers with contingencies as a way to support their learning about situation-specific pedagogical decisions in an online context   Chapter 22: Allison McCulloch and Michelle Stephan. Online methods course with practice component.   Chapter 23: Laurie Cavey and Patrick R. Lowenthal. Designing video-based interventions for future secondary teachers: The VCAST story   Chapter 24: Karl Kosko, Rick Ferdig, Enrico Gandolfi, Christine K. Austin, and Maryam Zolfaghari. Virtualizing mathematics field experiences with 360 video.   Chapter 25: Liza Bondurant. Gaining confidence, knowledge, and skills through virtual rehearsals   Conclusion - Hollebrands, Anderson, Oliver

Reviews

“This book’s strength is that it is multidimensional, rich in theory, practice, research, references, and technology associated with supporting mathematics educators through and towards online learning. This book is a great source of knowledge, and we appreciate the placement of the chapters into each section. The chapter organization within each section provides the reader with a logical progression of conceptual understanding, experience, examples, and empirical research. … we recommend that anyone interested in online mathematics education should read this book.” (Marfuah Marfuah, Rita Novita and Sri Wulandari Danoebroto, Educational Studies in Mathematics, Vol. 112 (2), 2023)

This book's strength is that it is multidimensional, rich in theory, practice, research, references, and technology associated with supporting mathematics educators through and towards online learning. This book is a great source of knowledge, and we appreciate the placement of the chapters into each section. The chapter organization within each section provides the reader with a logical progression of conceptual understanding, experience, examples, and empirical research. ... we recommend that anyone interested in online mathematics education should read this book. (Marfuah Marfuah, Rita Novita and Sri Wulandari Danoebroto, Educational Studies in Mathematics, Vol. 112 (2), 2023)

“This book’s strength is that it is multidimensional, rich in theory, practice, research, references, and technology associated with supporting mathematics educators through and towards online learning. This book is a great source of knowledge, and we appreciate the placement of the chapters into each section. The chapter organization within each section provides the reader with a logical progression of conceptual understanding, experience, examples, and empirical research. … we recommend that anyone interested in online mathematics education should read this book.” (Marfuah Marfuah, Rita Novita and Sri Wulandari Danoebroto, EducationalStudies in Mathematics, Vol. 112 (2), 2023)

Author Information

Dr. Karen F. Hollebrands is a Professor at North Carolina State University and Interim Associate Dean for Research and Innovation. She is a mathematics educator whose research focuses on studying students’ and teachers’ use of technology and their mathematical understanding, the preparation of teachers to use technology to teach mathematics, and the design of curricula to support mathematics teacher educators who prepare teachers to use technology. She has received several grants to support her research in these areas. She currently serves as the editor of the Mathematics Teacher Educator journal that is supported by the Association of Mathematics Teacher Educators and the National Council of Teachers of Mathematics. Dr. Robin Keturah Anderson is an Assistant Professor at North Carolina State University in the department of Science, Technology, Engineering, and Mathematics Education and a former secondary mathematics and physics teacher. She is a mathematics educator whose research focuses on online teacher learning using computer supported qualitative methods.  Dr. Kevin Oliver is a Professor at North Carolina State University in the department of Teacher Education and Learning Sciences. He coordinates Learning, Design, and Technology (LDT) graduate programs, including an online master's program and an online graduate certificate in learning analytics. He teaches courses on distance education, culture and technology, and informal learning, and has served as a Co-Principal Investigator on grants and contracts to study massively open online courses (MOOCs) and K-12 virtual schooling from the NSF, Gates Foundation, and NC Department of Public Instruction.

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