Goal - to create a LOVE of Science, Math and Engineering and to inspire students to use these skills for a future career.
The purpose of the Science Club STEM Explorers project is to provide students with meaningful, hands-on opportunities to explore science, technology, engineering, and mathematics through engaging investigations and real-world problem-solving challenges. The project will create a space where students can wonder, ask questions, design solutions, test their ideas, learn from failure, and collaborate with their peers.
Many students are naturally curious about how and why things work, but they do not always have consistent opportunities to experience science and STEM through hands-on exploration. This project will address that need by providing students with STEM materials and experiences that extend learning beyond traditional classroom instruction and allow students to apply academic concepts in authentic situations.
The club will reinforce science and mathematics learning by connecting STEM challenges to grade-level standards and classroom instruction. Students will apply skills such as observing, measuring, collecting and analyzing data, identifying patterns, developing explanations, designing solutions, and using evidence to support their thinking.
The project also supports school and district priorities related to increasing student engagement, strengthening academic achievement, providing equitable access to meaningful learning experiences, and preparing students with the critical-thinking, collaboration, communication, creativity, and problem-solving skills needed for success.
Students will participate in an ongoing Science Club centered around hands-on STEM investigations and engineering challenges. Rather than simply learning about science concepts, students will experience science by doing science.
Club activities will include challenges such as designing and building structures, investigating forces and motion, exploring properties of materials, solving environmental problems, experimenting with energy, designing models, and completing engineering challenges using limited materials.
Students will regularly follow an age-appropriate engineering and scientific process:
ASK → IMAGINE → PLAN → CREATE → TEST → IMPROVE → SHARE
Students will work individually, with partners, and in collaborative teams. They will be encouraged to explain their thinking, listen to different ideas, test multiple solutions, and revise their designs based on evidence. Failure will be treated as an important part of the learning process, helping students understand that scientists and engineers rarely develop the perfect solution on their first attempt.
Instruction will incorporate inquiry-based learning, problem-based learning, collaborative learning, questioning, student discourse, modeling, hands-on investigation, and reflection. Students will record questions, predictions, observations, measurements, data, designs, revisions, and conclusions.
Activities will intentionally connect to classroom instruction. When students encounter a science or mathematics concept in the classroom, the Science Club can provide an opportunity to apply that learning in a new context. For example, students may use measurement and geometry skills while designing a structure, analyze data from an investigation, apply concepts of force and motion to a design challenge, or use mathematical reasoning to compare and improve solutions.
The project is designed to be sustainable and replicable. Some of the materials purchased through the grant will be reusable across multiple STEM challenges and school years, allowing future groups of students to benefit from the investment. while others will be consumable. Activities and successful challenges can also be shared with classroom teachers so that STEM experiences can extend beyond the club and into classrooms throughout the school.
The materials will provide the club with a variety of reusable and consumable resources, allowing students to participate in new challenges throughout the year while also giving future club members the opportunity to benefit from the investment. Having a collection of STEM materials readily available will allow the club to offer more frequent, engaging, and diverse experiences without having to purchase supplies for each individual activity.
The Science Club will also become a place where students can discover interests and strengths that may not always be evident during traditional classroom instruction. Students who enjoy building, experimenting, designing, creating, solving problems, or working with technology will have an opportunity to see themselves as capable scientists, engineers, and innovators.
The club will foster a strong sense of teamwork and community. Students will learn to share ideas, listen to others, divide responsibilities, communicate their thinking, and celebrate both successful designs and productive failures. These experiences will help students develop confidence, perseverance, creativity, and a willingness to take intellectual risks.
The impact of the club will extend beyond its members. Successful STEM challenges and resources can be shared with classroom teachers, creating opportunities for STEM experiences to be incorporated into regular classroom instruction. As the club develops, students can also share their projects and discoveries with classmates, families, and the school community, helping to build excitement and interest in STEM throughout the school.
Grant funds will be used to purchase reusable STEM materials that will allow students to actively engage in engineering challenges, scientific investigations, and problem-solving activities.
Requested materials may include building and engineering materials, measurement tools, science investigation supplies, challenge kits, craft and design materials, and other reusable resources that support hands-on learning.
Each requested item will directly support the project by giving students the tools necessary to design, build, investigate, test, measure, analyze, and revise. Resources will be incorporated into multiple challenges and investigations throughout the school year.
This funding will provide students with opportunities to experience STEM in a way that is difficult to replicate through worksheets or traditional instruction alone. The grant will transform supplies into experiences where students can build, investigate, collaborate, problem-solve, fail safely, try again, and discover that they are capable of solving challenging problems.
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Carolina STEM Challenge®: Solar Car Design Kit #180960
