Investigating a Pollinator Curriculum (1-3 grade)

In this unit, elementary graders will identify and explain the pollen, flowering plants, and pollination process, and labelled various parts of a flower, pollinators. They will build the model of pollinators, initial models of the reproductive parts of plants. They will explore the 3D shapes, magnifying glasses, area and volume, modelling and explain low-high fidelity prototyping, engineering design process. The unit is designed by providing an abundance of practical ways to learn the significance of the pollination process and to get to know about pollinators and pollen in a place-based environment. Here, students will engage, explore, explain, elaborate and evaluate the new knowledge by applying hands-on engineering practices, technology practices, model-based learning, foster fostering communication, critical thinking, collaborating and creativity skills to solve the real-life problem which targeting their epistemic, conceptual, and social learning goals.

Publication Details

Journal
SMU Scholar (Southern Methodist University)
Published
2024-09-01
Primary Topic
Educational Robotics and Engineering
Type
article
Field-Weighted Citation Impact
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article

Investigating a Pollinator Curriculum (1-3 grade)

SMU Scholar (Southern Methodist University)
Educational Robotics and Engineering
article

Investigating a Pollinator Curriculum (1-3 grade)

article en

Abstract

In this unit, elementary graders will identify and explain the pollen, flowering plants, and pollination process, and labelled various parts of a flower, pollinators. They will build the model of pollinators, initial models of the reproductive parts of plants. They will explore the 3D shapes, magnifying glasses, area and volume, modelling and explain low-high fidelity prototyping, engineering design process. The unit is designed by providing an abundance of practical ways to learn the significance of the pollination process and to get to know about pollinators and pollen in a place-based environment. Here, students will engage, explore, explain, elaborate and evaluate the new knowledge by applying hands-on engineering practices, technology practices, model-based learning, foster fostering communication, critical thinking, collaborating and creativity skills to solve the real-life problem which targeting their epistemic, conceptual, and social learning goals.

SMU Scholar (Southern Methodist University)
Quality Education
Openalex Percentile: Top 55%
Educational Robotics and Engineering
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Investigating a Pollinator Curriculum (1-3 grade) · SMU Scholar (Southern Methodist University) (2024) | TGRS Research Map | TGRS