Hands-On Homeschool Program

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Session & Age Group:

The STEMBarn Premium Homeschool Program brings a full engineering education into your home using professional‑grade kits, hands-on weekly builds, and a 36‑week structured curriculum created specifically for homeschool learners.

What Your Child Will Learn (A Full-Year Engineering Journey)

Engineering & Mechanical Design:

• Build functioning mechanisms (levers, linkages, turbines, gliders)

• Understand strength, stability, and load paths

• Prototype, test, and redesign based on performance

Applied Science:

• Physics of force, motion, lift, drag, friction

• Chemistry through real lab-safe experiments

• Renewable energy (solar, water, wind)

• Materials science using premium samples

Math Through Making:

• Measurement, ratios, data collection

• Graphing real experiment results

• Understanding scale and modeling

The STEMBarn Premium Homeschool Program brings a full engineering education into your home using professional‑grade kits, hands-on weekly builds, and a 36‑week structured curriculum created specifically for homeschool learners.

What Your Child Will Learn (A Full-Year Engineering Journey)

Engineering & Mechanical Design:

• Build functioning mechanisms (levers, linkages, turbines, gliders)

• Understand strength, stability, and load paths

• Prototype, test, and redesign based on performance

Applied Science:

• Physics of force, motion, lift, drag, friction

• Chemistry through real lab-safe experiments

• Renewable energy (solar, water, wind)

• Materials science using premium samples

Math Through Making:

• Measurement, ratios, data collection

• Graphing real experiment results

• Understanding scale and modeling

A Different Kind of Homeschool Experience

At STEMBarn, homeschool learners don’t just complete assignments — they build, test, explore, and discover.

Our homeschool program combines strong academic foundations with hands-on engineering, applied science, and real-world problem solving. Students strengthen math, reading, and critical thinking skills while actively designing mechanisms, running safe lab experiments, collecting real data, and presenting their ideas with confidence.

Instead of memorizing concepts, students apply them.

They measure and calculate while building working models.
They study physics by testing motion and force.
They explore chemistry through guided, lab-safe experiments.
They learn renewable energy by building solar and wind systems.

Small cohort sizes allow for individualized attention, meaningful collaboration, and a learning environment where curiosity is encouraged and mistakes are part of the design process.

Our goal is simple:
To help homeschool students grow into confident thinkers, capable problem-solvers, and creative builders.

At STEMBarn, learning feels purposeful, engaging, and exciting — because it is.