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9781433151378

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Despite over 40 years of concerted efforts to broaden participation in the fields of Science, Technology, Engineering, and Mathematics (STEM), the chronic underrepresentation of certain groups in these fields is leaving gaping shortages in the growing demand for technical talent. This edited volume demonstrates how to catalyze a transgressive educational reform revolution that ruptures prevailing norms and leverages the strengths of all stakeholders including those who would benefit most from the reforms. The National Society of Black Engineers, one of the largest student-governed associations based in the United States, wholeheartedly endorses this work as it aligns directly with our mission and strategic plan to triple the number of Black engineers the nation's colleges and universities graduate annually by 2025. A STEM-prepared, confident, and diverse high school graduate is on a glide path to become a successful, secure, and culturally-responsive engineering graduate who is then equipped to solve complex challenges. This volume brilliantly provides the key frameworks, strategies, and best practices to achieve these ends at scale. -Karl W. Reid, Executive Director, National Society of Black Engineers From curriculum to community, this volume illustrates the power of the STEM approach. Far more than an integration of subjects, STEM implies empowerment. Problem solving in classroom contexts nurtures innovators in society. The diverse contributions here can inform every stakeholder who cares about equity and social justice. -Juliana Texley, NSTA Past President 2015 This volume presents a series of responsive and innovative approaches that expand minoritized students' opportunities to learn STEM. Drawing on bell hooks' vision of transgressive practice, the volume includes chapters that blend theory and practice across a variety of educational contexts, and the editors synthesize them to put forth a framework for Transgressive STEM Teaching. What is also particularly notable is the way the book integrates deeply personal stories throughout the book. As such, the text itself embodies a pedagogy of vulnerability, a transgressive STEM practice and marginalized discourse in STEM and STEM education. I highly recommend this book for teachers, administrators, researchers, and community partners. -Sara Tolbert, Associate Professor of Science Education, University of Arizona

From curriculum to community, this volume illustrates the power of the STEM approach. Far more than an integration of subjects, STEM implies empowerment. Problem solving in classroom contexts nurtures innovators in society. The diverse contributions here can inform every stakeholder who cares about equity and social justice. -Juliana Texley, NSTA Past President 2015 This volume presents a series of responsive and innovative approaches that expand minoritized students' opportunities to learn STEM. Drawing on bell hooks' vision of transgressive practice, the volume includes chapters that blend theory and practice across a variety of educational contexts, and the editors synthesize them to put forth a framework for Transgressive STEM Teaching. What is also particularly notable is the way the book integrates deeply personal stories throughout the book. As such, the text itself embodies a pedagogy of vulnerability, a transgressive STEM practice and marginalized discourse in STEM and STEM education. I highly recommend this book for teachers, administrators, researchers, and community partners. -Sara Tolbert, Associate Professor of Science Education, University of Arizona Despite over 40 years of concerted efforts to broaden participation in the fields of Science, Technology, Engineering, and Mathematics (STEM), the chronic underrepresentation of certain groups in these fields is leaving gaping shortages in the growing demand for technical talent. This edited volume demonstrates how to catalyze a transgressive educational reform revolution that ruptures prevailing norms and leverages the strengths of all stakeholders including those who would benefit most from the reforms. The National Society of Black Engineers, one of the largest student-governed associations based in the United States, wholeheartedly endorses this work as it aligns directly with our mission and strategic plan to triple the number of Black engineers the nation's colleges and universities graduate annually by 2025. A STEM-prepared, confident, and diverse high school graduate is on a glide path to become a successful, secure, and culturally-responsive engineering graduate who is then equipped to solve complex challenges. This volume brilliantly provides the key frameworks, strategies, and best practices to achieve these ends at scale. -Karl W. Reid, Executive Director, National Society of Black Engineers

"""Despite over 40 years of concerted efforts to broaden participation in the fields of Science, Technology, Engineering, and Mathematics (STEM), the chronic underrepresentation of certain groups in these fields is leaving gaping shortages in the growing demand for technical talent. This edited volume demonstrates how to catalyze a transgressive educational reform revolution that ruptures prevailing norms and leverages the strengths of all stakeholders including those who would benefit most from the reforms. The National Society of Black Engineers, one of the largest student-governed associations based in the United States, wholeheartedly endorses this work as it aligns directly with our mission and strategic plan to triple the number of Black engineers the nation’s colleges and universities graduate annually by 2025. A STEM-prepared, confident, and diverse high school graduate is on a glide path to become a successful, secure, and culturally-responsive engineering graduate who is then equipped to solve complex challenges. This volume brilliantly provides the key frameworks, strategies, and best practices to achieve these ends at scale."" —Karl W. Reid, Executive Director, National Society of Black Engineers ""From curriculum to community, this volume illustrates the power of the STEM approach. Far more than an integration of subjects, STEM implies empowerment. Problem solving in classroom contexts nurtures innovators in society. The diverse contributions here can inform every stakeholder who cares about equity and social justice."" —Juliana Texley, NSTA Past President 2015 ""This volume presents a series of responsive and innovative approaches that expand minoritized students’ opportunities to learn STEM. Drawing on bell hooks’ vision of transgressive practice, the volume includes chapters that blend theory and practice across a variety of educational contexts, and the editors synthesize them to put forth a framework for Transgressive STEM Teaching. What is also particularly notable is the way the book integrates deeply personal stories throughout the book. As such, the text itself embodies a pedagogy of vulnerability, a transgressive STEM practice and marginalized discourse in STEM and STEM education. I highly recommend this book for teachers, administrators, researchers, and community partners."" —Sara Tolbert, Associate Professor of Science Education, University of Arizona"

From curriculum to community, this volume illustrates the power of the STEM approach. Far more than an integration of subjects, STEM implies empowerment. Problem solving in classroom contexts nurtures innovators in society. The diverse contributions here can inform every stakeholder who cares about equity and social justice. -Juliana Texley, NSTA Past President 2015 Despite over 40 years of concerted efforts to broaden participation in the fields of Science, Technology, Engineering, and Mathematics (STEM), the chronic underrepresentation of certain groups in these fields is leaving gaping shortages in the growing demand for technical talent. This edited volume demonstrates how to catalyze a transgressive educational reform revolution that ruptures prevailing norms and leverages the strengths of all stakeholders including those who would benefit most from the reforms. The National Society of Black Engineers, one of the largest student-governed associations based in the United States, wholeheartedly endorses this work as it aligns directly with our mission and strategic plan to triple the number of Black engineers the nation's colleges and universities graduate annually by 2025. A STEM-prepared, confident, and diverse high school graduate is on a glide path to become a successful, secure, and culturally-responsive engineering graduate who is then equipped to solve complex challenges. This volume brilliantly provides the key frameworks, strategies, and best practices to achieve these ends at scale. -Karl W. Reid, Executive Director, National Society of Black Engineers This volume presents a series of responsive and innovative approaches that expand minoritized students' opportunities to learn STEM. Drawing on bell hooks' vision of transgressive practice, the volume includes chapters that blend theory and practice across a variety of educational contexts, and the editors synthesize them to put forth a framework for Transgressive STEM Teaching. What is also particularly notable is the way the book integrates deeply personal stories throughout the book. As such, the text itself embodies a pedagogy of vulnerability, a transgressive STEM practice and marginalized discourse in STEM and STEM education. I highly recommend this book for teachers, administrators, researchers, and community partners. -Sara Tolbert, Associate Professor of Science Education, University of Arizona

This volume presents a series of responsive and innovative approaches that expand minoritized students' opportunities to learn STEM. Drawing on bell hooks' vision of transgressive practice, the volume includes chapters that blend theory and practice across a variety of educational contexts, and the editors synthesize them to put forth a framework for Transgressive STEM Teaching. What is also particularly notable is the way the book integrates deeply personal stories throughout the book. As such, the text itself embodies a pedagogy of vulnerability, a transgressive STEM practice and marginalized discourse in STEM and STEM education. I highly recommend this book for teachers, administrators, researchers, and community partners. -Sara Tolbert, Associate Professor of Science Education, University of Arizona Despite over 40 years of concerted efforts to broaden participation in the fields of Science, Technology, Engineering, and Mathematics (STEM), the chronic underrepresentation of certain groups in these fields is leaving gaping shortages in the growing demand for technical talent. This edited volume demonstrates how to catalyze a transgressive educational reform revolution that ruptures prevailing norms and leverages the strengths of all stakeholders including those who would benefit most from the reforms. The National Society of Black Engineers, one of the largest student-governed associations based in the United States, wholeheartedly endorses this work as it aligns directly with our mission and strategic plan to triple the number of Black engineers the nation's colleges and universities graduate annually by 2025. A STEM-prepared, confident, and diverse high school graduate is on a glide path to become a successful, secure, and culturally-responsive engineering graduate who is then equipped to solve complex challenges. This volume brilliantly provides the key frameworks, strategies, and best practices to achieve these ends at scale. -Karl W. Reid, Executive Director, National Society of Black Engineers From curriculum to community, this volume illustrates the power of the STEM approach. Far more than an integration of subjects, STEM implies empowerment. Problem solving in classroom contexts nurtures innovators in society. The diverse contributions here can inform every stakeholder who cares about equity and social justice. -Juliana Texley, NSTA Past President 2015

Author Information

Joy Barnes-Johnson (Ph.D in urban education, Temple University; M.Ed. in curriculum and instruction; B.S. in chemistry) is the founder of EMC2 Group LLC, an education consulting firm, and currently works as a high school science teacher. Janelle M. Johnson (Ph.D. in teaching, learning, and sociocultural studies, University of Arizona; M.Ed. in language, reading, and culture; B.S. in elementary education/teaching English as a second language) is Assistant Professor in STEM teaching and learning, secondary teacher education at Metropolitan State University of Denver.

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