MY THREE KIDS are natural-born scientists. They’re full of questions, always experimenting to see how things work, and mesmerized by watching a tiny ant carrying a morsel of food. So when my daughter, Stella, started kindergarten, I was shocked to hear that her class studies science for only one hour each week.
When I searched for stats to make the case that this wasn’t as much as other schools, I pretty much came up empty. Surveys show that science instruction in elementary schools averages around two hours per week, and in some districts it isn’t taught at all until middle school. “The intense focus on math and reading in recent years has crowded biology, chemistry, and physics out of the grade-school classroom,” says Janice Earle, former program officer at the National Science Foundation. Even when these subjects are taught, teachers tend to have little training and lack the resources to lead experiments, which are crucial for sparking interest in science. No wonder only about a third of fourth-graders have a solid grasp of scientific principles, according to the most recent national assessment.
If that doesn’t concern you, it should. A report by the President’s Council of Advisors on Science and Technology found that we need to increase the number of students who receive science-related college degrees by 34 percent annually during the next decade simply to keep up with economic demand.
Encourage your child’s teachers and principal, as well as district leaders, to add more science instruction to the curriculum. Since budgets are likely to be an obstacle, you’ll boost the odds of success if you can offer a solution that’s cheap—or, even better, free. Maybe you can find a geologist who’s willing to lead field trips, or organize parent volunteers to help run workshops. If lobbying and organizing aren’t your style, there are still plenty of ways to inspire your own child to fall in love with science. Follow these steps to help unlock her inner Madame Curie.
Three out of four Nobel Prize winners in science discovered their passion outside a school environment, according to an analysis published in Education Week. So seek out extracurricular activities with a focus on scientific exploration. Many elementary schools offer after-school opportunities to delve into subjects such as robotics and forensics. Check out the offerings at your local YMCA, 4-H organization, or recreation center. Coding classes and clubs are also sprouting up around the country as educators and parents realize that coding promotes analysis, problem solving, and creativity (see “Toys for Future Coders”).
If you can’t find anything near you, consider doing it yourself. That’s what Ana Mosser did. An environmental engineer, she approached the after-school coordinator at her son’s school in Thermopolis, Wyoming, who invited her to run a science club. “I’d go online and find experiments,” she says. The club wound up being so popular that the school district made Mosser’s workshops a regular part of the curriculum.
Angry Birds won’t help your kid win a future science fair, but Minecraft might. That’s because this wildly popular game has helped spark grade-schoolers’ interest in the science of coding. Minecraft lets them customize complex worlds using virtual building blocks, while educational add-ons called “mods” help them learn programming basics as they play.
Don’t know much about biology? No worries. Science isn’t so much about answers as the journey to find them. “The number-one thing you can do is share your curiosity with your child,” says Traci Wierman, who does curriculum outreach for The Lawrence Hall of Science, at the University of California, Berkeley. “Wonder out loud what kind of bird is in that tree or why the light is bouncing off the water, and then take the time to learn about it.”
Subscribe to magazines such as National Geographic Kids and Ranger Rick Jr., and watch science-themed TV shows like Design Squad, Sid the Science Kid, and SciGirls. Check out books on subjects your child is curious about, whether it’s animals or the weather. And if she squeals when she sees a huge spider, get out a magnifying glass and take a look, suggests Wierman. “You might ask, ‘What pattern do you see on its body? Did it catch anything in its web?’”
When a group of Google Science Fair finalists was asked what had most influenced their interest in the subject, many said “making trips to the local science museum as a kid.” Follow their lead and plan to visit one while you’re on vacation (go to parents.com/science-centers to see our ten favorites). Outings to aquariums, botanical gardens, zoos, and state or national parks can also bring scientific principles to life. Make sure you’re using the time wisely. “It’s better to spend half an hour deeply engaged with one scientific idea,” Wierman says. “Slow down, go at your child’s pace, and talk about what he’s seeing.”
Becoming a member at your local science center can help you avoid feeling the pressure to do everything at once. Maybe one day all you do is watch the busy honeybees. During the next visit you might learn about electricity or sign up for a coding class.
Also don’t overlook less formal learning opportunities. Many towns have a water-treatment plant or construction site to tour. “See if you can find out what’s under the floor at an ice-skating rink or behind the pins at a bowling alley,” suggests David Heil, editor of Family Science.
Michelle McFadden, a mom of four in East Montpelier, Vermont, says touring a local wind-turbine company made a big impression on her oldest son, Charlie. “The place was full of huge machines and the person giving the tour said, ‘These are like toys for adults.’ After that, Charlie became excited about pursuing engineering as a career.”
To fight the false impression that science is boring or strictly for brainiacs, remind your child that she uses it daily. Baking is a lesson in chemistry, building with blocks involves physics, and asking questions—every child’s favorite thing to do—is exactly what leads to scientific breakthroughs.
While studies show that about as many girls as boys have a positive attitude toward science in elementary school, boys are twice as likely to be interested in technology, science, and math by eighth grade. “If you have a daughter, encourage her to learn about dinosaurs and tinker with computers,” says Carol Tang, Ph.D., executive director of the Children’s Creativity Museum, in San Francisco.
Introduce your kid to engineers, doctors, and biologists too. It may happen naturally (“Did you know that Olivia’s mom is a veterinarian? She can tell you all about her job”). If not, invite a bona fide scientist to lead a fun activity with your child’s Brownie or Cub Scout troop.
My family has a tradition called “Sunday Science.” Every week, we do a different experiment, whether it’s using balloon rockets to explain the concept of thrust or going outside and (carefully, wearing goggles!) turning a bottle of cola into a foaming geyser by dropping in Mentos mints. Each experiment takes only about 15 minutes to complete, the kids love it, and I’ve got to admit: My husband and I have a great time too.
Better than a microscope for kids under age 8, it’s portable and perfect for investigating little creatures and looking at leaves.
Teach your child about light and shadows. Shine it on something translucent (like paper) and opaque (like a book). Or, see if he can aim the beam at a mirror and have it hit a specific object in the room.
Your child can take apart broken clocks, CD players, and other devices under your supervision. It’s a hands-on way to learn how things work.
Using small containers of water colored with food dye, mix drops of different colors in a white ice-cube tray, and watch how they change.
Coding isn’t only for big kids, and the basics—like learning cause and effect and problem solving—don’t have to be mastered on a computer. These picks will get your child thinking like a real programmer.
As simple as it gets! Color-match one of the figures to the correct spot on Kid O’s Myland Houseboat tub toy and a light goes on. Place the other correctly to sound the horn. 2 years+, $45; fatbraintoys.com
The Kano Computer Kit has your kid build the hardware and program the software. 6 years+, $150 plus $150 for screen (or use one at home); bn.com
Learning Resources Code & Go Robot Mouse set’s changing board challenges kids to direct the critter to cheese. 5 years+, $60; toysrus.com
Free apps for iOS, Android, or Fire let kids turn Wonder Workshop’s Dot into a customized Magic 8 Ball and more. 6 years+, $50; store.makewonder.com
Osmo’s Coding Game adds on to its iPad-based system. Your kid orders actions for a monster, then watches a story unfold. 5 years+, $49 plus $79 for Osmo Starter Kit; amazon.com
Your child commands the Mover Kit, from Technology Will Save Us, to light up when and how she wants. 8 years+, $75; techwillsaveus.com
Learn C++ Pro is a tutorial used by adults; we think kids 8 and up can do it! 4 years+ ‚ free; iOS and Android GoldieBlox: Adventures in Coding has cupcake-themed puzzles. 6 years+, $3; iOS
Who better to lead the redesign of a baby-to-big-kid room than its color-obsessed inhabitant?
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