It seems that more parents than ever before are preparing to homeschool their children this coming school year. Some have been at this for a while, and some are embarking on their first year along this path.
As they gather materials and plan field trips, going down the list of subjects to include in the curriculum, they’ll come upon the subject of science and have one of two reactions: They either rejoice because they’ll get to dive deep into the things they geek out about or they worry because they have no idea how on earth they would ever be able to teach science.
I asked curriculum and educational product developer and author of “Let’s Learn About Chemistry” Dr. Stephanie Ryan for her advice for homeschooling parents preparing to tackle science.
Then ask your child about their current interests. We can teach a lot of science content using different contexts to still get the same point across. Remember: You don’t need fancy chemicals to learn about chemistry. Baking soda and vinegar are chemicals that undergo a reaction when mixed. You can find those right in your kitchen! They have a chemical formula that you can work on balancing and stoichiometry if the kids are older.
See what is already out there! Loads of homeschool parents and science educators have made their content available online, in many cases for free. Why reinvent the wheel if you don’t have to? Instagram, TikTok, Pinterest, and YouTube are all great resources and are filled with scientists, science communicators, and educators who would love to help answer your questions. It never hurts to ask.
Look at reviews of science programs and kits! There are some really great ones out there like KiwiCo and MEL Science. They send you everything you need to do your experiment and usually come with helpful guiding questions and answers to what is happening in that specific kit. They typically run great sales over holidays or work with influencers that have special promo codes to help you save some money.
I’m speaking of chemistry here. For the younger kids, I always encourage parents to break concepts all the way down to solids, liquids, and gases. What are you starting with? What did you end with? Are they the same thing? What’s different? What claims can you make? What evidence supports your claim? Do you see any patterns? These are basic skills that set them up for great practices as they get older.
Sometimes, kids have an obsession with a concept. For example, my son can’t seem to get enough of learning about the human body, organs, and how all of the systems work together. He’s 4. I mine through book reviews on Amazon to find good resources for young kids. He has a body systems puzzle from Usborne Books that I let him put together regularly. I know that 4 is much different than 14, but you can cover a lot of ground with a specific interest.
Another way is to point out the science that is always occurring around you. Science isn’t this thing that only happens in laboratories. You are experiencing science every time you toast a piece of bread or add salt to water when you boil pasta. If we can help kids see the wonder around them in terms of, “Wow, look at that phenomenon that I'd like to understand!” then they will start asking questions more and try to figure out answers using science, instead of learning a bunch of facts.
Also, remember to let them be wrong. I know it is hard to let a wrong idea go forward, but provide them an experience that offers them contrasting evidence. What they do with that is the point. That is the learning and building of a concept in their heads—with real experience and evidence to back it up.
I’m a big proponent of diving into an interest. I‘ll get puzzles, books, and STEM [science, technology, engineering, and mathematics] toys that explore that theme he’s fixated on. We’ll learn math and reading concepts along with it, using it as a background context. And someday, he‘ll move onto the next thing, and I’ll do it again.
I also want people to understand the world around them at the basic level, so that they know when a product is targeting them and lying to them. I want people to know how to advocate for themselves because they understand. Whether you are a scientist or not, it is important to be able to determine if sources are valid, back up claims with evidence, assess bias, find patterns, and look for cause-and-effect relationships. Everyone needs those skills.