🧮 This episode is proudly sponsored by CTCMath — an online math program designed to help homeschool families build confidence and mastery, one lesson at a time.
Science Labs That Actually Work at Home
Teach science with confidence using hands-on experiments your kids will remember.
🎙️ Replay Notice: This episode originally aired several years ago and is being shared again because the teaching is still relevant. Please note that any promotional offers, coupon codes, pricing, websites, or product availability mentioned during the episode may no longer be valid in 2026.
Can You Really Teach Science at Home?
If the thought of teaching homeschool science feels intimidating, you’re not alone. Many homeschool parents worry most about high school science, especially labs and experiments.
The good news? You don’t need to be a scientist to raise curious learners.
In this replay, Felice Gurwitz shares practical strategies for making science engaging, hands-on, and enjoyable—from kindergarten through high school. Drawing from decades of homeschooling five children, she explains why science isn’t about having all the answers. It’s about encouraging observation, curiosity, and critical thinking.
Whether you’re teaching elementary science or preparing your teen for biology or chemistry, these tried-and-true ideas will help you build confidence.
Listen to the Episode
Podcast: Play in new window | Download
Subscribe: Apple Podcasts | Spotify | Amazon Music | Android | Pandora | iHeartRadio | Podcast Index | Email | Youtube Music | RSS | More
In This Episode
You’ll discover:
- Why science is really about exploration—not memorization
- The five keys to successful homeschool science labs
- How to use the scientific method without making it overwhelming
- Simple ways to build a home science lab on a budget
- Why failed experiments can become the best learning experiences
- The importance of giving children ownership in scientific discovery
- Tips for choosing science curriculum that fits your family’s learning style
- How hands-on labs develop logical thinking and problem-solving skills
- Why field trips, museums, and real-life experiences make science memorable
- Thoughts on dissections, virtual labs, and practical science learning
Key Takeaways
Science Begins with Curiosity
Science isn’t simply a collection of facts. It’s learning to ask questions, observe carefully, research possibilities, test ideas, and draw conclusions.
Children learn science best when they’re encouraged to investigate rather than simply memorize.
Five Keys to Successful Homeschool Science
Felice recommends focusing on five essentials:
- Develop enthusiasm for science.
- Learn scientific vocabulary together.
- Practice using the scientific method.
- Create memorable hands-on experiences.
- Allow children to contribute their own ideas and questions.
You Don’t Need an Expensive Lab
Many useful science tools can be collected over time, including:
- Magnifying glass
- Measuring cups and spoons
- Funnels
- Thermometer
- Kitchen scale
- Eyedroppers
- Microscope
- Small containers
- Timer
Organizing these supplies into labeled bins makes experiments much easier to complete.
Experiments Don’t Have to Be Perfect
One of the biggest misconceptions about science is that every experiment should “work.”
Sometimes the greatest learning happens when results are unexpected. Those moments teach children how real scientists think, troubleshoot, and revise ideas.
Encourage Big Ideas
One of Felice’s favorite stories is about her daughter attempting to stabilize hydrogen peroxide for a science fair project.
Instead of dismissing the idea, she allowed her daughter to investigate—and the experience became a lesson in creativity, persistence, and scientific thinking.
Sometimes our children’s curiosity takes them farther than we imagine.
Textbooks Aren’t the Only Option
Every homeschool family learns differently.
Some families thrive with textbooks.
Others enjoy unit studies, experiments, projects, and discussion.
The goal isn’t choosing the “perfect” curriculum—it’s helping your children understand how science works and encouraging them to think critically.
Hands-On Learning Builds Confidence
Field trips, museums, nature studies, experiments, dissections, and cooperative science labs all give students opportunities to connect concepts with real-world experiences.
Those experiences often become the lessons children remember for years.
Frequently Asked Questions
Can I teach homeschool science if I don’t have a science background?
Yes. Curiosity, preparation, and a willingness to learn alongside your children are often more valuable than having formal science training.
Do homeschool students need science labs?
Hands-on experiences strengthen understanding and help students retain concepts. Many labs can be completed at home with inexpensive materials.
Are virtual science labs enough?
Virtual labs can be helpful, especially when budget or logistics make hands-on work difficult. Many homeschool families combine both virtual and physical experiments.
What’s the best homeschool science curriculum?
The best curriculum is one your family will consistently use. Some families prefer textbooks, while others learn best through unit studies and experiments.
Why is the scientific method important?
The scientific method teaches observation, logical thinking, problem-solving, and how to evaluate evidence—skills that extend well beyond science.
Resources Mentioned
- Teaching Science and Having Fun (availability and pricing may have changed)
- Media Angels
- Hands-on science experiment books
- Science museums and local co-ops
Final Thoughts
Teaching science at home doesn’t require a laboratory or an advanced degree.
With curiosity, simple materials, and a willingness to learn alongside your children, science can become one of the most rewarding subjects in your homeschool.
Sometimes the best lessons don’t happen when an experiment goes exactly as planned—they happen when your children begin asking better questions.
Author and publisher, Felice Gerwitz of Media Angels, Inc. will discuss tried and true science labs to incorporate science labs within the home – this presentation is taken from her book, Teaching Science and Having Fun.
