9 Ways Parents Can Support STEM Habits

A MiddleWeb Blog

Kids develop STEM habits in the classroom, but they spend most of their time outside of school. That’s where parents and other adults can help to inspire, support, and continue their children’s STEM learning.

That means that parents must also know what STEM is and have a toolkit of ideas for helping their kids.

Check out the tips for parents (and caregivers) below. If you like them, you can download these tips in letter form to share with parents. You can also make adjustments so that the tips are tailored exactly for their needs.


STEM Tips for Parents and Caregivers

Dear Parent:

Your children are curious and constantly ask questions. They keenly observe the world around them and are learning to connect ideas. They draw, take things apart, build, and astutely observe others’ behaviors. They like to experiment and try new things.

In a nutshell, children are great natural learners. Children begin life “STEM-ready.”

You have regular opportunities to interact with your children, and studies indicate that your involvement can boost their STEM learning. And you don’t need to be an engineer, doctor, or scientist to do this.

First, let’s nail down what we mean by STEM.

STEM stands for science, technology, engineering, and math. Just as important: STEM is about learning how to solve problems, be creative and innovative, think logically, and understand the world a bit better. These are valuable skills and habits of mind for kids to acquire, no matter what they do in life. Helping them to acquire these skills can pay big dividends.

How to Help Your Child Be a STEM Thinker

1. Talk with your child about STEM topics. For example, talk about gravity when your child tosses a ball in the air.  Discuss fractions or percent when you slice a pie. Cooking provides opportunities to talk about measurement, boiling and evaporation. Toys and vehicles give kids a chance to learn about pulleys, levers, and engines. When shopping, reinforce ideas about numbers, calculations, estimating, and so on. (Warning! Depending on the topic, you may need to do some brush-up research.)

2. Encourage curiosity and questioning.  Display curiosity about things you see and show your own interest in learning. Your enthusiasm may be the greatest motivator for your child’s interest in STEM.

When your child asks a question, rather than giving an answer or a solution, urge him or her to research information and to come up with several possible solutions for a problem. Ask your child questions as well. Use open-ended questions (with no right or wrong answer.) For example: Why do you like that game (toy, car, phone app, etc.) so much? Who designed it? Do you think the design can be improved? What would you do to improve the design? Use questions to inspire further conversations.

3. Encourage your child to think like an engineer. Help kids understand that there are usually many solutions to a problem. They can be creative and collaborative (work with others) when looking for solutions. They can create models of their solutions, try them out, and then improve on these models. Like an engineer, your child can identify problems, attempt to find solutions, try out the solution to see if it works, and improve on it.

4. Use TV, computers, and other technologies to support STEM thinking. View science and technology TV and videos with your child and talk together about the program afterward. Check out Bayer’s 2-minute videos on Making Science Make Sense. Go to BayerUS. Scroll down to the Making Science Make Sense Science Library. Examples from the library:

Why Do Ice Cubes Float?
What is a Shooting Star?
What is Paper?
How Does a Microwave Work

Your child will love these websites for creative STEM fun and information:

Design Squad – This PBS site features creative activities, engaging video, interactive games, and exciting contests.
Discover Engineering – At this site children can view videos, play interactive games, and design “Cool Stuff.”
TED-Ed lessons Worth Sharing provides short videos your child can choose from.

5. Make your home a STEM-friendly place. Let your home reflect your kids’ interests. Does your child love to assemble things? Go with it. Playing with blocks and Legos is associated with later competence in math and problem-solving skills. Got a nature lover? Set up some outdoor learning opportunities for your child to explore.

Be enthusiastic about ideas that your child wants to test (within reason). Set up a place for experimenting and building models. Provide a variety of materials and tools that children can access safely. These don’t have to be expensive. Materials might include things like paper cups, craft sticks, glue, etc.

For ideas on how to set up a “maker space” where kids can invent and build things, see “Reinvent Summer Learning: Make It Up!”

6. Search out STEM-related recreational outings such as a trip to a local science museum or an Exploreum. Visit robotics competitions or maker faires and encourage your child to ask questions and participate. Look for camps and programs that will teach your child something new — mathletes, STEM camps, science activities — that he or she wouldn’t get in school.

7. Promote cooperation and teamwork. Invite kids to work together on a STEM challenge. You might suggest kids form a STEM Invention Club. Before they begin, ask them to share some behaviors they value in other team members. Based on those values, help them develop some behavioral guidelines they will follow. Then guide kids in exploring and experimenting together, and gently remind them of their guidelines when necessary.

8. Help with STEM activities at school. Stay in touch with your teacher for information on how and when to do this. Also enlist ideas with STEM activities at your home.

9. Start exploring careers. Another way to encourage STEM exploration is to help your children visualize themselves in a rewarding career. Rapid changes in industry are creating new types of jobs that require the STEM skills you can help them develop.

In summary:

At its heart, STEM is about solving real-world problems. The world is going to need more and more workers with the skills to identify problems, visualize and create innovative solutions, and constantly improve on those solutions. Encourage your children. Challenge them. Involve them in thinking like engineers.

And be sure to include your girls! They have as much grit, determination, and smarts as your boys. Your children can be among those who change the world for the better.

Links you may find useful:

STEM at Home

Five things parents can do every day to help develop STEM skills from a young age

Science in the home boosts children’s academic success

The Power of Play

Kids in STEM
____________________________________________________________
Anne Jolly’s book STEM By Design: Strategies & Activities for Grades 4-8 is a Routledge/ MiddleWeb publication. MiddleWeb readers receive a 20% discount from Routledge with the code MWEB1.

Anne Jolly

Anne Jolly began her career as a lab scientist, caught the science teaching bug and was recognized as an Alabama Teacher of the Year during her years as a middle grades science teacher in Mobile, AL. From 2007-2014 Anne was part of an NSF-funded team that developed middle grades STEM curriculum modules and teacher professional development materials for the Mobile Area Education Foundation's Engaging Youth through Engineering (EYE) initiative. Anne has also teamed with science and math teachers to help them develop and implement their own STEM curriculum. Her book STEM By Design: Strategies & Activities for Grades 4-8 is published by Routledge/MiddleWeb.

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