An Assessment of Teacher Professional Development Interventions for the Integration of Indigenous Knowledge in Science

A professional development intervention (PDI) was developed for science teachers, focusing on pedagogies to integrate indigenous knowledge (IK) into school curriculum topics. The study aimed to determine which characteristics of science PDIs were imperative to support teacher learning and influence teacher practice for IK integration in science curriculum themes. The conceptual framework encompassed pedagogical content knowledge (PCK), teacher views on the nature of indigenous knowledge (VNOIK), and Guskey’s evaluation framework. The interviews with 62 teachers and the analysis of teacher portfolios, RTOP, and VNOIK revealed that a practical approach to integrating IK into the science curriculum involves providing PD opportunities. These PD opportunities enable teachers to enhance their teaching practices, fostering reflection and the practical application of acquired knowledge within their professional contexts. The study’s uniqueness lies in how the PDI was conceptualized and implemented to support professional learning aimed at IK integration in science teaching.

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Institutions

Publication Details

Journal
Science education international
Published
2025-03-29
DOI
https://doi.org/10.33828/sei.v36.i1.3
Citations
1
Primary Topic
Indigenous and Place-Based Education
Type
article
Field-Weighted Citation Impact
8.93
Controls
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article

An Assessment of Teacher Professional Development Interventions for the Integration of Indigenous Knowledge in Science

Josef de Beer, Nishaal Bhaw, Jeanne Kriek
1 citations
Science education international
Indigenous and Place-Based Education
8.93
article

An Assessment of Teacher Professional Development Interventions for the Integration of Indigenous Knowledge in Science

Josef de Beer, Nishaal Bhaw, Jeanne Kriek
article en
1 citations

Abstract

A professional development intervention (PDI) was developed for science teachers, focusing on pedagogies to integrate indigenous knowledge (IK) into school curriculum topics. The study aimed to determine which characteristics of science PDIs were imperative to support teacher learning and influence teacher practice for IK integration in science curriculum themes. The conceptual framework encompassed pedagogical content knowledge (PCK), teacher views on the nature of indigenous knowledge (VNOIK), and Guskey’s evaluation framework. The interviews with 62 teachers and the analysis of teacher portfolios, RTOP, and VNOIK revealed that a practical approach to integrating IK into the science curriculum involves providing PD opportunities. These PD opportunities enable teachers to enhance their teaching practices, fostering reflection and the practical application of acquired knowledge within their professional contexts. The study’s uniqueness lies in how the PDI was conceptualized and implemented to support professional learning aimed at IK integration in science teaching.

Science education internationalVol. 36(1)
University of South Africa (ZA), North-West University (ZA)
Openalex Percentile: Top 5%
Indigenous and Place-Based Education
8.93
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