Grow to learn: a metacognitive approach to early childhood teachers’ science professional development

Abstract

Background: Science is an overlooked subject domain in early childhood education in the U.S. particularly in rural areas. The current state of early science education could be a result of insufficient teacher training and professional development (PD). Thus, we created an experimental PD program based on research about metacognition -Grow to Learn (GTL). GTL promotes preschool and kindergarten teachers' and children's holistic understanding of plant science concepts and the scientific discovery process through an immersive, hands-on sweet pea growing project. Purpose: This study aims to determine the effect of GTL. Specifically, we examined the effect of GTL on preschool and kindergarten teachers' science teaching efficacy and metacognitive awareness, and children's cognitive skills and learning motivation. Design and method: A mixed methods quasi-experimental design was used to determine the effect of GTL. Quantitative and qualitative data were collected before and after the PD program implementation using validated measurements. Sample: A total of 11 preschool and kindergarten teachers and 76 children (M age = 4.13 years) predominately from rural areas in North Idaho, U.S. completed the study. Results: Results from multilevel repeated measures ANCOVA showed an increase in teachers' procedural knowledge and children's cognitive skills and learning motivation upon completing the program. A thematic analysis method was used to analyse qualitative data. Qualitative data analysis revealed evidence of children's knowledge and learning skills gain, and teachers' possible needs for classroom management training. Conclusions: This study demonstrates the potential of conceptualizing early science education in the metacognition framework. Our results suggest that early childhood science teaching and learning could be improved by integrating metacognitive teaching and learning strategies in a PD program and by using immersive, handson activities as the broader inquiry learning context.

Project-based Learning in Early Science Education A Systematic Review

“…One study used a case study design to provide a specific PjBL implementation and outcomes (Amos et al, 2020). Five studies used experimental or quasi-experimental designs to assess the impact of PjBL interventions on student learning outcomes (Johnson, 2019;Chen et al, 2023;Cheng et al, 2023). Two studies combined quantitative and qualitative methods to gain a comprehensive understanding of the implementation of PjBL and its impact on early science education (Dinsmore & Fryer, 2023;Kang, 2019).…”

“…Interdisciplinary approaches combine science with other disciplines, such as Figure 8. PjBL Implementation Categories literature, to enhance learning through language interaction and improve children's communication skills (Chen et al, 2023). Hands-on STEM activities improve students' ability to acquire knowledge and solve problems in different areas of science, such as aerospace projects as an activity theme (Fenrich, 2022).…”