You don't have to be a science person to raise a curious kid

Maybe math made your stomach drop in school. Maybe your child asks why the sky is blue and you feel a small wave of panic. This guide is for you. You will leave with a clear picture of what research says about parents' own worries, and a short list of words to use tonight.

You don't have to love it to support it

The National Science Teachers Association has a position statement on families. As summarized in a 2014 book for future teachers, it says parents don't have to like STEM subjects themselves. What it asks of you is different¹:

creating a positive and safe environment at home for exploration and discovery¹

Notice what is not on that list: knowing the answers, being good at math, owning a microscope. A safe place to explore is about tone. It is a home where wrong guesses are welcome and questions don't get shut down.

What your words can pass along

A chapter on math anxiety in a 2015 collection reviews research on parents. Several studies it cites suggest that parental attitudes and expectations track with children's math achievement. The author calls one the most robust: a dissertation that studied sixty-six families and found that parents' own math anxiety was a significant contributing factor to their children's math achievement, such as test scores².

The chapter also quotes parents talking about homework. One says the new methods made no sense, so she told the teacher, "I'm sticking to the old way"². The author suggests parents in moments like this may pass negative views of math on to their children². The fix is simple: learn the new way with your child, out loud, and let them teach you a step.

Your child does not need a parent who knows. They need a parent who wonders.

Confidence is about tasks, not talent

Researchers separate a few ideas we often blur. Self-efficacy is the belief, positive or negative, that you can do a specific task. Self-esteem is how you feel about yourself overall. Self-concept covers a whole area, like "math in general"¹. The counseling lessons that define these terms were written for middle and high school students¹, so treat what follows as our adaptation for younger kids.

The practical takeaway: "I'm bad at math" is a self-concept statement. You can't argue a child out of it, but you can stack up small task wins. A chapter on scientific thinking reports that learners who credit success or failure to strategy react more positively, while those who credit it to being born with a skill react more negatively². So name the strategy, every time.

Coach, don't know: "how could we find out?"

A chapter on teaching engineering lists five abilities to grow in kids: curiosity, enthusiasm for learning, self-confidence, how to dig for answers, and how to test whether answers hold up. It warns that when kids struggle, a teacher may "precipitously step in and give the answers"¹. Parents do this too, often out of love.

Another chapter describes the adult's job as modeling questioning, wondering and curiosity, brainstorming, and educated guesses¹. None of that requires knowing the answer first. A workshop report from the National Research Council adds two questions that check understanding on the fly: "how do you know?" and "how can you support that idea?"³

Keeping interest alive, for girls and everyone else

A 2014 counseling chapter cites a 2010 National Academy of Sciences study of 4th graders: 66% of girls and 68% of boys reported liking science. It adds that boys' interest continues while girls begin to lose interest by the end of elementary school¹. That is older data from one age group, but the message is hopeful: most kids start out liking science.

Two things help, according to the sources. First, role models. Girls and students of color are

more likely to become inspired to pursue STEM careers if they see others like themselves¹

Second, watch small comments. A review chapter on women in technology lists "Are you sure?" among the subtle comments that discourage women from technology fields, and argues these barriers start in childhood. Its home advice: let all your children help hang pictures or do small jobs with tools². Many of its figures are from the 1990s and 2000s, so read it as perspective, not current numbers.

That workshop report describes teachers who give kids credit by "pointing out that particular students ask really good questions"³. Try it at dinner. "That was a really good question. Hold on to it." It costs nothing and tells your child that questions count.

Mention real careers, briefly and often

The counseling chapter recommends weaving job titles into lessons regularly but briefly, using examples like air traffic controller and animator¹. It also notes that parents believe they have the most influence on their children's career decisions¹. One caution from the workshop report: students are generally not motivated by economic arguments³. So lead with wonder, not "good jobs."

What this looks like at each age

If you want a monthly nudge

Everything here works with what you have at home, but if you'd like a ready project to practice these phrases on each month, our Club sends one.

GoP Toys sells the Club mentioned above. None of the sources cited tested our products.

Sources