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E-raamat: Multicultural Curriculum Transformation in Science, Technology, Engineering, and Mathematics

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This volume focuses on multicultural curriculum transformation in Science, Technology, Engineering, and Mathematics or STEM subject areas broadly, while also focusing on sub-content areas (e.g., earth science, digital technologies) in greater detail. The discussion of each sub-content area outlines critical considerations for multicultural curriculum transformation for the sub-content areas by grade level (early childhood and elementary school education, middle and/or junior high school education, and high school education) and then by organizing tool parameters: standards (both in a generalized fashion, and specific to Common Core State Standards, among other standards), educational context, relationships with and among students and their families, civic engagement, considerations pertaining to educational ability broadly considered (for example, for gifted and talented education, bilingual gifted and talented education, regular education, bilingual regular education, special education, bilingual special education), as well as relative to specific content and corresponding pedagogical considerations, including evaluation of student learning and teaching effectiveness. In this way, the volume provides a conceptual framework and concrete examples for how to go about multiculturally-transforming curriculum in STEM curricula.

The volume is designed to speak with PK-12 teachers as colleagues in the multicultural curriculum transformation work at focus in each subject area and at varied grade levels. Readers are exposed to things to think about, but also given curricular examples to work with or from in going about the actual, concrete work of curriculum change. It bridges the gaps between preparing PK-12 teachers to be able to 1) independently multiculturally adapt existing curriculum, and, 2) create new multicultural curriculum differentiated for their content areas and grade levels, while also, 3) providing ample examples of what such adapted and new differentiated curricula looks like. In so doing, this volume also bridges the gaps between the theory and practice of multicultural curriculum transformation in higher and PK-12 educational contexts.

Arvustused

It can easily be argued that curriculumthe what we want students to knowis foundational in the education of any nations young people.  Because knowledge is constructed, we also know that its contested.  It is highly impacted by the political, social, and cultural context of education.  Curriculum, then, is often at the cross-roads of intensive debates between those who wish to defend the traditional canon and those who wish to pursue a transformative curriculum that is rooted in principles of diversity, equity, and inclusion.  The latter asks for a curriculum rooted in the lives of students, reflective of their social and cultural experiences, and responsive to the hopes and visions of families and communities of what it means to be educated.

A significant critique of this vision of a critical multicultural curriculum is the disconnection between theoretical and conceptual understandings with actual classroom activity.  Many teachers have not experienced nor been prepared to teach for diversity, equity, and inclusion.  This volume provides a framework for understanding what a transformative multicultural education curriculum entails, connects it to specific content areas, and supports and encourages teachers in enacting that curriculum.

This volume is especially critical at a time of often intense debates about what our nations students should learn. It offers a much welcomed, hopeful, visionary, and actionable curriculum for any teacher who wishes to pursue schooling for social justice. -- Francisco A. Rios, Western Washington University Enlightening teachers, families and communities about the intersection of Multicultural Education and Science, Technology, Engineering and Mathematics (STEM) has become increasingly important in todays technology driven society. Given the fact that our societies are becoming more diverse culturally and racially, and technological, this volume provides relevant knowledge and current practices involving the successful implementation of multicultural STEM PK-12 curriculum transformations. The authors emphasize practical and theoretical approaches on transforming mainstream and Eurocentric STEM curriculum to multicultural curriculum. This volume provides perspectives that are clearly missing in PK-12 STEM literature.   The timely, innovative and important contributions by the authors answer fundamental questions about what is happening in PK-12 education on transforming STEM content that is more inclusive and representative of multicultural STEM curriculum so that all students benefit, and not just a few. -- Sharon Tettegah, University of Nevada, Las Vegas Many students in our nations schools have inadequate grounding in science, technology, engineering, and math (STEM) compared to global nations. In addition, children of color, low income, females, and ability challenged students fall below other groups within our society. Understanding these shortcomings, this volume does an excellent job in sharing multicultural curricular strategies for STEM P-12 schooling. The resources presented in this volume reflect transformative approaches and flexibility that are also standards-based and teacher friendly. Furthermore, parent involvement is a critical element within the eight organizing tools of this volume and approaches such as, transforming family math night with Latinx middle school parents is one of the delightful highlights.  These approaches provide greater opportunity in the STEM fields for social and cultural integration. Children are more successful in all subject areas when they are able to identify and embrace who they are and where they come from, across a wide spectrum of specific cultural characteristics. -- Karen B. McLean Dade, Western Washington University

Preface xi
Rationale
xi
Audience
xi
Approach
xi
Uniqueness
xi
Organization, Benefit, And Use
xiii
Acknowledgments xv
Introduction xvii
Christine Clark
Amanda VandeHei
Kenneth J. Fasching-Varner
Zaid M. Haddad
Chapter Organizing Tools
xx
Basic Information
xx
Speak To Teachers Directly
xx
Story Of Success
xxi
Working Definitions
xxi
Practice And Theory
xxi
Reflection Bridge
xxii
Standards
xxiii
Educational Context
xxiii
Relationships With And Among Students And Their Families
xxiii
Civic Engagement
xxiii
"Special" Populations
xxiii
Context Linked To Pedagogy And Assessment
xxiii
Integrated Use Of Technology
xxiii
Notes For Teachers
xxiv
Resources
xxiv
Evidence: Prove It
xxiv
Food For Thought While Reading He
Chapters
xxv
References
xxviii
Part I Mathematics
Chapter 1 Transforming Family "Math Night" with Latina/Latino Middle School Parents: Communicating about the Adoption of Common Core State Standards
3(16)
Yolanda De La Cruz
Introduction
3(1)
Key Dilemmas In Math Education
4(3)
Concrete Example Of Multicultural Curriculum Transformation In Math Education
7(6)
Funding
7(1)
Curriculum Overview
7(2)
Curriculum Specifics
9(4)
Unpacking And Eroding Parents' Math Phobia
13(2)
Summary
15(4)
References
Chapter 2 Using Iterative Visuals and Virtual Manipulatives to Support English Language Learners in Mathematics Education
19(20)
Sarah A. Roberts
Concrete Example Of Multicultural Curriculum Transformation In Math Education
21(14)
Content Linked To Pedagogy And Assessment
21(9)
Educational Context
30(1)
Addressing Standards
30(1)
Relationship With And Among Students And Their Families
31(1)
Civic Engagement
32(1)
Additional Considerations
32(1)
Integrated Use Of Technology
33(1)
Note To Teachers
34(1)
Reflection Bridge
35(1)
Critical Considerations In Stem Multicultural Curriculum Transformation: The Theory
36(1)
References
37(2)
Chapter 3 Rethinking the Teaching and Learning of Latina/Latino Students to Promote a Multicultural Mathematics Education
39(28)
Javier Diez-Palomar
Carlos A. LopezLeiva
Introduction
39(2)
Multicultural Education
41(2)
Concrete Examples Of A Transformative Multicultural Curriculum
43(4)
Crossing Borders: How To Re-Think The Curriculum Based On A Critical Approach
47(13)
Doing Subtraction: Interactions Between A Father And His Daughter
54(3)
Sharing Teaching Insights: Interactions Between Mothers And A Teacher
57(3)
Reflection Bridge
60(2)
Critical Considerations In Stem Multicultural Curriculum Transformation: The Theory
62(1)
Coda
63(1)
References
64(3)
Chapter 4 Students Who Speak English as a Second Language: Preparing Teachers for Changing Demographics-An Innovative and Collaborative Approach
67(24)
Bettibel Krey
Gresilda A. Tilley-Lubbs
Introduction
67(4)
Key Dilemmas In ELL Education
71(2)
Demographics Of ELLs
72(1)
Concrete Example Of Multicultural Curriculum
73(10)
Transformation In Math And Esl Education
73(5)
Curriculum Revisions
78(1)
The Need For Collaboration
79(4)
Reflection Bridge
83(1)
Critical Considerations In Math Multicultural Curriculum Transformation
83(2)
Summary
85(6)
Part II Science
Chapter 5 Teaching Biology in the Age of the Next Generation Science Standards: Methodology for Teaching in High Needs Schools
91(32)
Antoinette Linton
Introduction
91(1)
Story Of Success
92(1)
Connection To Multicultural Education/ Multicultural Curriculum Transformation
93(3)
Putting Yourself Out There
94(1)
Earning The Trust Of The Students
94(2)
Developing A Community Of Learners
96(1)
Working Definitions
96(2)
Apprenticeship In A Biology Course
97(1)
Focus Inquiry Into Tow Learning Processes (The Practice)
98(2)
Guided Practice
100(4)
The First Five Weeks Into The Semester
101(1)
Mid-semester
102(1)
Four Points Assessment Rubric
103(1)
Qualitative Data
103(1)
Reflection Bridge
104(1)
Essential Knowledge Used For Teaching The NGSS (The Theory)
105(1)
A Sociocultural Vision On The NGSS
105(5)
Organizing Curriculum For NGSS
107(1)
Argumentation And Assessment
108(2)
Summary
110(13)
Chapter 6 LGBT-Inclusion Across the Life Science Curriculum
123(18)
Mary Hoelscher
Introduction
123(1)
Story Of Success
123(2)
Working Definitions
125(1)
Connection To Multicultural Education/Multicultural Curriculum Transformation
126(1)
LGBT-Inclusive Curriculum Transformation: The Practice
127(6)
Pitfalls To Consider
127(1)
Classroom Leadership And Management
128(1)
Scientific And Engineering Practices
129(1)
Transformative Opportunities Across The Life Science Content
130(3)
Addressing LGBT- Inclusion And Religious Objections
133(1)
Reflection Bridge
133(1)
LGBT - Inclusive Curriculum Transformation: The Theory
134(3)
Conclusion
137(1)
References
138(3)
Chapter 7 Earth Shaking Dragons and Orphan Tsunamis: Transforming Middle School Earth Science and STEM through Studying Ancient Science Inquiry and Multicultural Collaborations in Earthquakes, Tsunamis and Disaster Preparedness
141(26)
Marna Hauk
Adam Masaki Joy
Introduction
141(2)
Story Of Success
143(1)
Concrete Example Of Multicultural Curriculum Transformation In Math Education: The Orphan Tsunami Of 1700
143(1)
Detecting Earthquakes That Cause Tsunamis
144(1)
Curriculum And Activities Related To Emergency Preparedness For Earthquakes And Tsunamis (See Also Appendix C)
145(1)
Reflection Bridge
145(1)
The Critical Considerations In Stem Multicultural Curriculum Transformation Standards And Rigor In Stem Learning For Multicultural Stem
146(6)
Relationships With And Among Students And Their Families
148(1)
Civic Engagement
149(1)
Additional Considerations
149(1)
Content Linked To Pedagogy As Assessment
150(2)
Integrated Use Of Technology
152(1)
Summary
152(1)
Appendix A
153(5)
Appendix B
158(1)
Appendix C
159(3)
References
162(5)
Chapter 8 Classroom Meteorologists: Transforming Science Content in a Dual Language Second Grade Classroom
167(8)
Sandra Lucia Osorio
Introduction
167(1)
Story Of Success
168(1)
Concrete Example Of Multicultural Curriculum Transformation In Science Education
169(1)
Reflection Bridge
170
Key Dilemmas In Science Education
10(160)
Summary
170(1)
References
171(4)
Part III Mathematics And Science
Chapter 9 Rethinking Art in Mathematics and Science
175(20)
Jeff Sapp
Introduction
175(1)
Story Of Success
176(1)
Connection To Multicultural Education/Multicultural Curriculum Transformation
177(1)
Concrete Examples In Stem Multicultural Curriculum Transformation
177(12)
Anticipatory Activities And Primary Documents
178(1)
Curriculum Overview
179(1)
Curriculum Specifics
179(10)
Reflections Bridge
189(1)
Key Dilemmas In Math And Science Education
190(1)
Summary
191(1)
References
191(4)
Part IV Engineering
Chapter 10 Effective Engineering Models for Multicultural Curriculum Transformation in STEM: Engineering for All
195(10)
Laura Luna
Twanelle Walker Majors
Jennifer Meadows
Introduction
195(1)
Story Of Success
196(1)
Critical Considerations
197(3)
Concrete Example Of Multicultural Curriculum Transformation In Engineering Education
199(1)
Curriculum Overview
199(1)
Reflection Bridge
200(1)
Summary
201(1)
References
201(4)
Part V Technology
Chapter 11 Multicultural Technology Education: The Need to Teach Digital Technologies to All Students
205(16)
Janessa Schilmoeller
Lori Griswold
Neal Strudler
Janessa's Teachign Story: A Step Toward Success
205(2)
Lori's Teachign Story: Where Are They?
207(2)
Connecting Technology And Multicultural Education
209(1)
Multicultural Education And Differentiation: Reaching All Students And Affirming Cultural And Linguistic Diversity
210(1)
Closing The Digital Divide: Towards A More Inclusive Tech World
211(2)
Toward A Transformative Curriculum
213(1)
The Code.Org Movement
213(1)
Understanding And Eliminating The Digital Divide
214(2)
Conclusions
216(1)
References
217(4)
Part VI Mathematics, Science Engineering And Technology
Chapter 12 Coming Out of the Lab Closet: Queering STEM Education for Student Success and Well-Being
221(14)
Allison Mattheis
Jeremy B. Yoder
Dixon Perey
Introduction
221(1)
Working Definitions
222(1)
Concrete Examples In Stem Multicultural Transformation: The Practice
223(5)
Including LGBTQ People In Curricula
224(1)
Addressing Teacher Behaviors
225(1)
Addressing Student Behaviors
226(1)
The Importance Of Mentorship
226(2)
Reflections Bridge
228(1)
Critical Considerations In Stem Multicultural Curriculum Transformation: The Theory
228(4)
Conclusion
232(1)
References
233(2)
Chapter 13 Considering Women's Ways of Knowing in STEM
235(16)
Tracy Arnold
Eshani Gandhi
Schetema Nealy
Brian Trinh
Introduction
235(1)
Stem Content Area And Grade Level
236(1)
Story Of Success
236(3)
Working Definitions And Key Concepts
239(1)
Concrete Examples Of Stem Multicultural Curriculum Transformation: The Practice
240(5)
Educational Context
245(2)
Context Linked To Pedagogy And Assessment
247(1)
Integrated Use Of Technology
247(1)
Critical Considerations In Stem Multicultural Education
247(1)
Evidence
248(1)
References
249(2)
Coda 251(4)
Christine Clark
Amanda VandeHei
Kenneth J. Fasching-Varner
Zaid M. Haddad
Resources 255(10)
Index 265(14)
About the Editors and Contributors 279
Christine Clark is professor and senior scholar for multicultural education and founding vice president for diversity and inclusion at the University of Nevada, Las Vegas.

Amanda VandeHei is assistant professor of literacy in the School of Education at Nevada State College.

Kenneth J. Fasching-Varner is the Shirley B. Barton Endowed associate professor of education and director of the Higher Education Administration Program at Louisiana State University.

Zaid M. Haddad is assistant professor of interdisciplinary studies & curriculum and instruction and a member of the Department of Interdisciplinary Learning and Teaching at the University of Texas, San Antonio.