Legacy Institute Homeschool Co-Op
Legacy Institute Homeschool Co-Op provides K–12 students with a hands-on, collaborative learning experience designed to inspire curiosity, creativity, and a love for learning. Students engage in STEM, engineering, integrated arts, and real-world challenges while developing critical thinking, problem-solving, and teamwork skills. Our Christ-centered environment partners with homeschooling families to help students grow academically, socially, and personally while building a strong foundation for their future.
Our K–4 Learning Pod is kicking off an exciting engineering unit focused on creativity, problem-solving, and hands-on discovery. Students will explore how engineers think, design, build, test, and improve through engaging challenges that encourage curiosity and teamwork. Each experience is designed to connect learning to the real world while helping students develop confidence as young innovators.
Our Middle–High School Pod takes learning to the next level through challenging, hands-on experiences that connect academics to real-world applications. Students engage in engineering, STEM, integrated arts, and problem-based learning while developing critical thinking, collaboration, communication, and innovation skills. Each unit is designed to challenge students to think deeper, solve complex problems, and apply what they learn beyond the classroom.
Ready to join the Legacy Institute Homeschool Co-Op? We would love to connect with your family! Our Co-Op is open to K–12 homeschool students and offers hands-on learning, STEM experiences, collaboration, and opportunities to grow together.
To learn more or begin the enrollment process, contact us at connect@chapelministry.com.
Pastor Jeremy Eastman
"I’m excited to watch our students grow, learn, and discover what they’re capable of this year. It’s an honor to be part of their journey and see how God uses each experience to shape their future.”
Ashley R.
"We love being a part of a faith-based community where kids can learn, grow, and build relationships with others. It's such a blessing to have the opportunity to learn from people with different gifts, skills, and experiences."
Cameryn R.
“Drop-off and pick-up have been so smooth, and we’re already seeing the learning happen! He’s drawing his own blueprints at home and is so inspired to build, create, and explore. We’re excited to see where this experience takes him!”
HANDS-ON LEARNING IN ACTION
At Legacy Institute Co-Op, learning goes beyond books and worksheets. Our students explore new ideas through creative, hands-on experiences that encourage curiosity, teamwork, problem-solving, and critical thinking.
During our recent egg-drop experiment, students designed and built protective containers before putting their ideas to the test. They learned that trial, discovery, and even a few cracked eggs are all part of the learning process!
Every project gives students an opportunity to learn, create, connect, and grow.
During our recent egg-drop experiment, students used creativity, problem-solving, and engineering skills to design protective containers that would keep their eggs from breaking when dropped.
A strong design meant a safe landing—a poor design meant a broken egg!
With her egg safely secured inside its protective basket, this young engineer was ready to put her carefully planned design to the ultimate test—the big drop!
Students investigated how moving air can be transformed into usable energy. Through hands-on building and testing, they explored how design choices affect the ability to capture wind power—turning scientific ideas into something they could see in action.
Students explored how the shape and design of a wing affect the way it moves through the air. By creating and testing their own designs, they discovered how small changes can influence lift, balance, stability, and flight.
Just like real engineers, our students began by drawing and labeling their design plans. They considered which materials and shapes would work best before building their creations and putting them to the test. Through planning, building, testing, and improving, students experienced the engineering design process firsthand.