The fifth edition of the best-selling Teach by Janice Koch aims to help students answer the question, "Is teaching the right career for me?" Via a concise but wide-ranging exploration of the American public education system, Teach asks readers to imagine themselves in the classroom and develop their own ideas of what it means to be a teacher. Real-life classroom stories from teachers themselves help readers see themselves as teachers. Chapters feature the latest edTPA and InTasc Standards to structure learning, as well as learning outcomes and journal prompts to give readers clear goals and ways to build their teaching skills. This new edition features major emerging issues in education, including developments in technology in the classroom, with both positive and negative implications; more on the STEM, STEAM, and maker movements; school choice and homeschooling; sexual orientation and gender identity; diversity, equity, and inclusion; and the importance of personal wellness in teacher success. Throughout the text, the author references and contextualizes the effects of the COVID-19 pandemic, where appropriate, to reflect the ways students, teachers, and classrooms have been altered by this historic event. Combining historical and contemporary perspectives, this text helps future teachers examine the ways in which society and culture shape schools and the ways in which schools shape society and culture.

SCIENCE STORIES helps you get in touch with your "scientific self" and become empowered to teach science in your own classrooms. This book's unique approach uses stories of science in real-world classrooms to demonstrate important science content and strategies in action. Following each story, you'll have the opportunity to reflect on the connections to the Next Generation Science Standards (NGSS) and to the teaching and disciplinary ideas behind the story. This approach makes the stories' instructional value explicit. Author Janice Koch helps you feel comfortable with the prospect of teaching science and encourages you in the discovery and exploration of life, physical, and earth and space sciences. Through a warm and inviting narrative style, the author also fosters an appreciation for engineering design and for science and engineering practices.

What makes girls avoid math, science, and technology in school? And what can teacher educators do to help new teachers keep this from happening so that all of our children's talents can find expression? These two volumes provide teaching materials and background information on gender equity for teacher educators in mathematics, science, and technology education and their students. A practical guide, Gender Equity Right from the Start is usable by professors of education for preservice teachers and by staff developers for in-service teachers. By adapting the material for other subjects, it can also be used by teacher educators in content areas other than math, science, and technology. It consists of two volumes: Instructional Activities for Teacher Educators in Mathematics, Science, and Technology contains some 200 teaching activities on the major issues in gender equity, emphasizing solutions and not just problems. Activities take place in out-of-class assignments and field experiences whenever possible to minimize demands on class time. Sources and Resources for Education Students in Mathematics, Science, and Technology contains student materials needed for the activities as well as extensive print, electronic, organizational, and other resources for further information.

What makes girls avoid math, science, and technology in school? And what can teacher educators do to help new teachers keep this from happening so that all of our children's talents can find expression? These two volumes provide teaching materials and background information on gender equity for teacher educators in mathematics, science, and technology education and their students. A practical guide, "Gender Equity Right from the Start" is usable by professors of education for preservice teachers and by staff developers for in-service teachers. By adapting the material for other subjects, it can also be used by teacher educators in content areas other than math, science, and technology. It consists of two volumes: Instructional Activities for Teacher Educators in Mathematics, Science, and Technology contains some 200 teaching activities on the major issues in gender equity, emphasizing solutions and not just problems. Activities take place in out-of-class assignments and field experiences whenever possible to minimize demands on class time. Sources and Resources for Education Students in Mathematics, Science, and Technology contains student materials needed for the activities as well as extensive print, electronic, organizational, and other resources for further information.

What makes girls avoid math, science, and technology in school? And what can teacher educators do to help new teachers keep this from happening so that all of our children's talents can find expression? These two volumes provide teaching materials and background information on gender equity for teacher educators in mathematics, science, and technology education and their students. A practical guide, Gender Equity Right from the Start is usable by professors of education for preservice teachers and by staff developers for in-service teachers. By adapting the material for other subjects, it can also be used by teacher educators in content areas other than math, science, and technology. It consists of two volumes: Instructional Activities for Teacher Educators in Mathematics, Science, and Technology contains some 200 teaching activities on the major issues in gender equity, emphasizing solutions and not just problems. Activities take place in out-of-class assignments and field experiences whenever possible to minimize demands on class time. Sources and Resources for Education Students in Mathematics, Science, and Technology contains student materials needed for the activities as well as extensive print, electronic, organizational, and other resources for further information.

What makes girls avoid math, science, and technology in school? And what can teacher educators do to help new teachers keep this from happening so that all of our children's talents can find expression? These two volumes provide teaching materials and background information on gender equity for teacher educators in mathematics, science, and technology education and their students. A practical guide, Gender Equity Right from the Start is usable by professors of education for preservice teachers and by staff developers for in-service teachers. By adapting the material for other subjects, it can also be used by teacher educators in content areas other than math, science, and technology. It consists of two volumes: Instructional Activities for Teacher Educators in Mathematics, Science, and Technology contains some 200 teaching activities on the major issues in gender equity, emphasizing solutions and not just problems. Activities take place in out-of-class assignments and field experiences whenever possible to minimize demands on class time. Sources and Resources for Education Students in Mathematics, Science, and Technology contains student materials needed for the activities as well as extensive print, electronic, organizational, and other resources for further information.

Though there has been a rapid increase of women's representation in law and business, their representation in STEM fields has not been matched. Researchers have revealed that there are several environmental and social barriers including stereotypes, gender bias, and the climate of science and engineering departments in colleges and universities that continue to block women's progress in STEM. In this book, the authors address the issues that encounter women of color in STEM in higher education.

The 11 chapters in this book provide a glimpse into the journeys thatwomen from diverse backgrounds and ethnic differences take in their higher education undergraduate or graduate careers. The diverse women include ethnicities of Arabic, Asian, African-American, American Indian, and Latina.

A volume in Research on Women and Education (RWE) Series Editors Beverly Irby, Sam Houston State University and Janice Koch, Hofstra University Encouraging the participation of girls and women in science, technology, engineering and mathematics (STEM) remains as vital today as it was in the 1970s. ... hence, the sub-title: "A Never Ending Story." This volume is about ongoing advocacy on behalf of the future workforce in fields that lie on the cutting edge of society's future. Acknowledging that deeply embedded beliefs about social and academic entitlement take generations to overcome, the editors of this volume forge forward in the knowledge that these chapters will resonate with readers and that those in positions of access will learn more about how to provide opportunities for girls and women that propel them into STEM fields. This volume will give the reader insight into what works and what does not work for providing the message to girls and women that indeed STEM fields are for them in this second decade of the 21st century. Contributions to this volume will connect to readers at all levels of STEM education and workforce participation. Courses that address teaching and learning in STEM fields as well as courses in women's studies and the sociology of education will be enhanced by accessing this volume. Further, students and scholars in STEM fields will identify with the success stories related in some of these chapters and find inspiration in the ways their own journeys are reflected by this volume.

A volume in Research on Women and Education (RWE) Series Editors Beverly Irby, Sam Houston State University and Janice Koch, Hofstra University Encouraging the participation of girls and women in science, technology, engineering and mathematics (STEM) remains as vital today as it was in the 1970s. ... hence, the sub-title: "A Never Ending Story." This volume is about ongoing advocacy on behalf of the future workforce in fields that lie on the cutting edge of society's future. Acknowledging that deeply embedded beliefs about social and academic entitlement take generations to overcome, the editors of this volume forge forward in the knowledge that these chapters will resonate with readers and that those in positions of access will learn more about how to provide opportunities for girls and women that propel them into STEM fields. This volume will give the reader insight into what works and what does not work for providing the message to girls and women that indeed STEM fields are for them in this second decade of the 21st century. Contributions to this volume will connect to readers at all levels of STEM education and workforce participation. Courses that address teaching and learning in STEM fields as well as courses in women's studies and the sociology of education will be enhanced by accessing this volume. Further, students and scholars in STEM fields will identify with the success stories related in some of these chapters and find inspiration in the ways their own journeys are reflected by this volume.

Over the past two decades greater numbers of courses and programs in colleges and universities have emerged that explore the lives and roles of women who have been engaged in shaping and determining the cultural contexts in which we live, yet parity for women and girls within schools, the workplace, and the academy have changed only slightly. The differential treatment between males and females in classrooms from the nursery school to the postdoctoral experience impact females' academic and career opportunities, social treatment, and participation in power structures. Simultaneous to the growth in courses, there has been a growing faction within the academy who have voiced the belief that the work on and for women and education has been accomplished. Perhaps because of this pervasive belief and because inequities have taken a subtler, but deeper form of expression, we have never been in greater need of a book series devoted to Research on Women and Education.

Over the past two decades greater numbers of courses and programs in colleges and universities have emerged that explore the lives and roles of women who have been engaged in shaping and determining the cultural contexts in which we live, yet parity for women and girls within schools, the workplace, and the academy have changed only slightly. The differential treatment between males and females in classrooms from the nursery school to the postdoctoral experience impact females' academic and career opportunities, social treatment, and participation in power structures. Simultaneous to the growth in courses, there has been a growing faction within the academy who have voiced the belief that the work on and for women and education has been accomplished. Perhaps because of this pervasive belief and because inequities have taken a subtler, but deeper form of expression, we have never been in greater need of a book series devoted to Research on Women and Education.

The 11 chapters in this book provide a glimpse into the journeys thatwomen from diverse backgrounds and ethnic differences take in their higher education undergraduate or graduate careers. The diverse women include ethnicities of Arabic, Asian, African-American, American Indian, and Latina.

Though there has been a rapid increase of women's representation in law and business, their representation in STEM fields has not been matched. Researchers have revealed that there are several environmental and social barriers including stereotypes, gender bias, and the climate of science and engineering departments in colleges and universities that continue to block women's progress in STEM. In this book, the authors address the issues that encounter women of color in STEM in higher education.