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Endgame Essentials Junior

At our company, we believe in the importance of educating both adults and next generation. As parents ourselves, we understand the value of teaching our youth essential survival skills. That's why we're dedicated to creating fun and creative STEM kits that engage children and inspire a love for learning. Join us in shaping a brighter future for our children through education!

Overview

We offer two options: a half-year program with 6 STEM kits and a full-year program with 12 kits. Each kit contains 4 engaging modules that provide weekly STEM projects, complete with activity logs, quizzes, and discussions to help reinforce key concepts. Join us in inspiring the next generation of innovators!

Example Curriculum

Solar Power Basics Kit Curriculum Summary


Duration: 4 hours (4 modules, ~1 hour each)


STEM Focus: Science (Physics), Technology, Engineering, Math

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The Solar Power Basics Kit curriculum engages kids in hands-on experiments to explore solar energy using a solar panel, LED lights, rechargeable battery, wires, multimeter, and mini-fan components. Designed for safe, supervised learning, it fosters curiosity and STEM skills through practical activities.

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  • Module 1: Understanding Solar Energy

    • Focus: Physics (energy conversion)

    • Activity: Connect a solar panel to an LED to see how sunlight generates electricity.

    • Learning Outcome: Understand photovoltaic cells and energy transformation.

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  • Module 2: Building Circuits

    • Focus: Engineering (circuit design)

    • Activity: Build series and parallel circuits with LEDs to compare electrical flow and brightness.

    • Learning Outcome: Learn circuit configurations and their impact on performance.

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  • Module 3: Energy Storage

    • Focus: Technology (batteries), Math (measurements)

    • Activity: Charge a battery with the solar panel and measure voltage/current using a multimeter.

    • Learning Outcome: Explore energy storage and quantitative analysis.

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  • Module 4: Solar-Powered Fan

    • Focus: Engineering (device assembly)

    • Activity: Assemble and test a mini-fan powered by the solar panel.

    • Learning Outcome: Apply engineering to create a functional solar-powered device.

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Each module includes activity logs, quizzes, and discussions to reinforce concepts, encouraging kids to think like scientists and engineers while exploring real-world applications of solar power.

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