Walton Education Foundation

As a teacher, there is nothing more magical than seeing the excitement and wonder in children as they explore the natural world. The best way we can provide opportunities like that while in the classroom is through the use of high-quality supplies and materials. Our project aims to bring the wonders of science to life for our fourth-grade students by enhancing their learning experience with fun and exciting hands-on equipment and educational models and displays. By providing engaging and interactive resources and experiments, we hope to spark curiosity, inspire critical thinking, and nurture a love for science in young minds.

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Creating Future Scientists through Exploration and Discovery

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School:
Dune Lakes Elementary School 
Subject:
STEM Education 
Teacher:
Jessica Harris 
 
Elizabeth Sober 
Students Impacted:
80 
Grade:
Date:
October 9, 2023

Investor

Thank you to the following investor for funding this grant.

 

The Alys Foundation - $1,401.76

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Impact to My Classroom

# of Students Impacted: 80

Students completed their study of rocks and minerals with a discovery lab. They used magnifying glasses to observe, streak plates to test minerals' streak colors, and glass streak plates to determine the hardness. With these materials, students were able to gain hands on knowledge of rocks and minerals. Common Assessment #3 was a comprehensive test given covering the standards listed below. The combined average score for this assessment was 88% which shows that students gained proficiency in these standards.

 

 

Standards

  

SC.4.E.6.1 Identify the three categories of rocks: igneous, (formed from molten rock); sedimentary (pieces of other rocks and fossilized organisms); and metamorphic (formed from heat and pressure). (DOK 1)
 
SC.4.E.6.2 Identify the physical properties of common earth-forming minerals, including hardness, color, luster, cleavage, and streak color, and recognize the role of minerals in the formation of rocks. (DOK 2)
 
SC.4.E.6.3 Recognize that humans need resources found on Earth and that these are either renewable or nonrenewable. (DOK 2)
 
SC.4.E.6.4 Describe the basic differences between physical weathering (breaking down of rock by wind, water, ice, temperature change, and plants) and erosion (movement of rock by gravity, wind, water, and ice). (DOK 2)
 
SC.4.E.6.6 Identify resources available in Florida (water, phosphate, oil, limestone, silicon, wind, and solar energy). (DOK 1)


Students were also able to study matter by interacting with a variety of activites. We were able to utilize the magnet kits, plastic beakers, and graduated cylinders purchased with donated funds and the average scores when assessed on the below standards were 90% and 85%. 
 
 
Standards

  

SC.4.P.8.1Measure and compare objects and materials based on their physical properties including: mass, shape, volume, color, hardness, texture, odor, taste, attraction to magnets. (DOK 2)
 
SC.4.P.8.2Identify properties and common uses of water in each of its states. (DOK 1)
 
SC.4.P.8.3Explore the Law of Conservation of Mass by demonstrating that the mass of a whole object is always the same as the sum of the masses of its parts. (DOK 2)

SC.4.P.9.1Identify some familiar changes in materials that result in other materials with different characteristics, such as decaying animal or plant matter, burning, rusting, and cooking. (DOK 1)


Upon our return from spring break, students will get to experiment with the circuit kits purchased to help them further develop their understanding of how electrical energy flows in a closed circuit. We will be covering our unit on Florida plants and animals shortly after that where students will get the opportunity to watch the growth and development of butterflies using the National Geographic Butterfly Kit and the Life Cycle Learning Kit. All of these materials will be used for years to come with each new group of students to help develop further understanding of grade level science standards. The posters and models purchased will be utilized by the teacher to dive further into explanations and give students the opportunity to have a better conceptual understanding of difficult topics. Thank you so much for your support of our students. 

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Students use streak plates to investigate rocks an

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Students use streak plates to investigate rocks an

 

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Students use streak plates to investigate rocks an

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Students use streak plates to investigate rocks an

 

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Students use plastic beakers and graduated cylinde

grant photo

Students use plastic beakers and graduated cylinde

 

Original Grant Overview

Goal

As a teacher, there is nothing more magical than seeing the excitement and wonder in children as they explore the natural world. The best way we can provide opportunities like that while in the classroom is through the use of high-quality supplies and materials. Our project aims to bring the wonders of science to life for our fourth-grade students by enhancing their learning experience with fun and exciting hands-on equipment and educational models and displays. By providing engaging and interactive resources and experiments, we hope to spark curiosity, inspire critical thinking, and nurture a love for science in young minds.  

 

What will be done with my students

Our project will unfold over the course of the school year and will impact 80 fourth-grade students for this current school year. It will include a variety of science experiments and labs designed to align with key topics from the fourth-grade curriculum. These activities will involve collaboration among multiple teachers in order to increase its impact on a larger number of students. Here is a summary of our plan:

Acquiring Materials
We will purchase a variety of hands-on and display materials, including magnifying glasses, magnets, balance scales, mineral streak plates, circuit kits, electric hot plates, beakers, graduated cylinders, storage for the materials, batteries, butterfly kits, and scientific models. These materials will be used to create immersive learning experiences in the classroom that will ignite a thirst for knowledge in our students.

Classroom Exploration
Teachers will integrate these materials into science lessons as well as during implementation of hands-on labs, allowing students to explore scientific concepts firsthand and increase student retention of information. For example, students will use magnets to understand the principles of attraction and repulsion or build simple circuits to grasp the basics of electricity and energy.

Butterfly Kits
Students will observe the life cycle of butterflies through the butterfly kits purchased with this grant. This hands-on experience will provide valuable insights into metamorphosis and ecology.

Models for Concept Visualization
The orbital model for Earth, Sun, and Moon, along with the flower and life cycle models, will help students visualize complex scientific ideas. These models will serve as educational tools during classroom discussions and presentations.

Project Timeline
We will begin implementing the use of these materials and activities as soon as funds are procured and continue throughout the academic year.

1. November – December: Implement hands-on activities focusing on earth science concepts.

2. January – March: Explore physical science through experimental learning.

3. April – May: Students will gain knowledge of life science through observation of butterfly metamorphosis and germination of seed plants.

This timeline allows for a well-rounded and immersive science experience. The activities and lessons enhanced by these materials will be sure to enrich classroom discussion, foster inquiry and curiosity in students, and increase knowledge gains. These materials will be used again in each successive school year.
 

 

Benefits to my students

The proposed materials will have a profound impact on our students' learning experiences. Here's how we plan to evaluate and measure the success of the utilized materials with acquired funding:

Measurable Outcomes:

- Increased student engagement and participation in science lessons.
- Improved understanding of complex scientific concepts.
- Enhanced critical thinking and problem-solving skills.
- Heightened interest in science-related subjects and pursuing STEM-related fields.

Outputs:

- Acquisition of hands-on and display materials.
- Integration of materials into fourth-grade science lessons and experiments.
- Observations of the butterfly life cycle.
- Use of models for visualizing scientific concepts.

Evaluation Plan

We will assess the impact of our project through various methods:

- Pre-and post-topic assessments including the End of Year District Science Assessment to measure knowledge gains.
- Classroom observations to gauge student collaboration and involvement.
- Surveys to gather student feedback.
- Review of student performance in science labs, assignments, quizzes, assessments, and projects.

Estimated Impact

This school year and each year following, two fourth grade science teachers and approximately 80 total students will directly benefit from this project. As the materials are reusable, these materials will continue to benefit future students for many years to come. 

 

Budget Narrative

The Illuminated Sun, Earth & Moon Orbital Model (2) will be purchased to show and help develop students understanding of how the Earth, sun, and moon move through space using 3D models for improved concept visualization.

The Illuminated Globe of the World (2) will show students how the constellations appear around our planet at night and will also be utilized to explain to students how Earth's axis goes from the North to South pole and that Earth is split into two hemispheres at the equator.

The Electric Hot Plate (2), Plastic Graduated Cylinders & Beakers (2), and 24 Pack of Magnifying Glasses will be used to perform a variety of experiments and labs throughout the school year.

The Scientist Bulletin Board Set Laminated Science Posters (2) will be used to display the Scientific Process to increase students' understanding of the nature of science.

The Life Cycle Learning & Education Montessori Toys (2) will give students the opportunity to look at various life cycles and engage in hands-on learning to gain knowledge of a variety of animals' and their stages of development.

The Electricity & Magnetism Experiment Kit for Students (20) will allow students to work in partner pairs to increase participation and engagement while learning about magnets and electricity through discovery and trial and error experimentation.

The 12 Pack Black Streak Plates for Mineral Testing and United Scientific Glass Steak Plates will allow students to test and compare the hardness of different rocks and minerals during our rocks and minerals unit.

The Junior Science Magnetism Set for Experiment Education (20) will allow students to gain further understanding of magnets and their properties through active investigation.

The Scientific Flower Model (2) will give students an in depth and accurate 3D representation of the anatomy of a plant. With the use of this tool, students will be able to better visualize each of the plant parts and their contribution to the survival and reproduction of the plant.

The Amazon Basics 48 Pack AA Batteries (2) will be used to power the circuit kits for students to study electricity and energy.

The 10 Pack 2.7 Qt Stackable Storage Bins (2) are needed to organize supplies and set up our rock and mineral lab kits. During this lab, students will be able to discover and learn about rocks and minerals and their physical properties.

I am most excited about the National Geographic Butterfly Growing Kit (2) which will allow students to see the process of metamorphosis and the butterfly life cycle from beginning to end. I know students will truly enjoy this magical event as it unfolds before their eyes.

The estimated total cost of these items is $1,401.76. Each and every penny will go directly toward increasing student success in science education and fostering creative curiosity in all learners that this project touches.

By supporting this project, you will contribute to the creation of a dynamic and engaging science learning environment for our fourth-grade students. Your investment will help unlock the wonders of science, foster a lifelong love for learning, and inspire the next generation of scientists and innovators.

Thank you so much for your consideration of our grant application.

Sincerely,

Dedicated Science Educators 

 

Items

# Item Cost
1 Illuminated Globe of the World (2) $99.98
2 Illuminated Sun, Earth & Moon Orbital Model (2) $257.98
3 Electric Hot Plate (2) $23.98
4 Plastic Graduated Cylinders & Beakers (2) $33.98
5 24 Pack Magnifying Glasses $10.49
6 Scientist Bulletin Board Set Laminated Science Posters (2) $13.18
7 Life Cycle Learning & Education Montessori Toys (2) $71.98
8 Electricity & Magnetism Experiment Kit for Students (20) $339.80
9 12 Pack Black Streak Plates for Mineral Testing $20.70
10 United Scientific Glass Steak Plates $19.23
11 Junior Science Magnetism Set for Experiment Education (20) $239.80
12 Scientific Flower Model (2) $145.98
13 Amazon Basics 48 Pack AA Batteries (2) $30.72
14 10 Pack 2.7 Qt Stackable Storage Bins (2) $59.98
15 National Geographic Butterfly Growing Kit (2) $33.98
  Total: $1,401.76

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Special Thanks to Our Presenting Partners

CHELCO

The Alys Foundation

St. Joe Community Foundation

Florida Power & Light

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