International Perspectives on the Contextualization of Science Education

Makes research on contextualization of learning-environments accessible by including perspectives of both researchers and practitionersIllustrates science education settings through case studies
Discusses the viability for classroom enactment and scaling in school districts that serve historically oppressed communities

Autorentext

****Dr. Sánchez Tapia is a researcher and practitioner working on international development with a focus on equity in education. Her research focuses on designing learning environments that support adolescents to develop STEM-related knowledge and skills, with an emphasis on marginalized groups because of ethnicity, language, and gender. For over a decade Dr Sánchez Tapia supported Ministries of Education in Latin America in their curricular reform efforts and national-level initiatives on science teacher professional development. Dr. Sánchez Tapia currently serves as UNICEF's Education Specialist focusing on Gender Equality in education, Secondary Education and STEM, supporting governments across the globe to improve their education systems to ensure that all children fulfill their right to education. She also contributes to the United Nations Girls' Education Initiative (UNGEI). Dr. Sánchez Tapia is an active member of the global science education community and advocate of approaches to science education that emphasize equity and traditional indigenous knowledge.

Inhalt

I. Introduction.- II. Promoting student engagement: A Case Study of a Middle School Science Teacher Making Sense of the NGSS through Contextualization.- III. Critical contextualization: Confronting the root causes of inequity in science education through the curriculum.- IV. What to Eat Here and Now: Contextualization of Scientific Argumentation from a Place-based Perspective.- V. Framing, adapting, and applying: How can novice science teachers construct authentic science learning contexts for/with students in multilingual science classrooms?.- VI. Curricular Contextualization as a Strategy to Support Indigenous Students to Learn about Natural Selection.- VII. Border-crossing experiences of indigenous students learning science with a contextualized science unit.- VIII. Contextualization of assessment items for physics education.- IX. A Critical Review of the Chapters from a Researcher's Perspective.- X. A Critical Review of the Chapters from a Teacher's Perspective.

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