Reinvent Summer Learning: Make It Up!

A MiddleWeb Blog

stem_design_logoSchool will soon be out for summer break (it has already ended here in Alabama!), and kids are excited about this sun-and-fun time of the year. No more learning, right? Wrong! (You knew that.) Kids are always learning. Whether their learning is productive is a different question.

By the time my three sons bounced in the door for their highly anticipated summer vacation each year, I was already lining up ways to keep them engaged in mind-stretching activities. What sorts of creative things could they do and what kind of skills could they develop during this time?

I wish their teachers had banded together and sent home notes to parents with ideas for summer activities. I wish I had done the same all those years when I was a teacher. So, belatedly, I’ve written a letter to parents with steps they might take to stimulate summer sun, fun, and learning. With a STEM-related twist, of course!

Dear Parent or Summer Kid-Keeper,

Summer is a great time for sun and fun, but without your careful attention it can become a Summer Slide – a time when many learning gains your children made during the school year start slipping away. Can you do something about that? Absolutely! Instead of a Summer Slide, help them build a set of Summer Super Skills.

You may have heard about the “Maker Movement,” which involves children in invention-oriented learning. Try these “maker-friendly” ideas to help kids tap into their creative side and develop thinking skills and qualities to equip them for school and life in a 21st century world.

Encourage curiosity and questioning

girl in blue t  anne jCuriosity can propel your kids into learning about and creating new things. It’s the starting point for fresh ideas and innovations. If you need to jumpstart your children’s curiosity, ask them to look around for situations right in front of them that need answers or solutions.

For example: How can I . . . Stop the squirrel from getting to the bird feeder and eating the bird food? Design my own wind chimes? Make a new piece of furniture for my room? Build a robot? Design new fashion jewelry? Find a new use for some things around the house, like an old suitcase? Create a miniature garden? Remember to water our plants in a timely way?

Model curiosity for your children by talking aloud about things that you wonder about. Demonstrate how to carefully observe something, ask thoughtful questions about it, and make an informed guess about what the answers to those questions might be. Try thinking “out loud” so that your kids can hear you puzzling through possible solutions for a question. (Trust me, they are more likely to listen to you talk to yourself than to listen to you talk to them!)

Six summer “Make It Up” ideas

1. Set up a maker space. This is your home learning lab – a place in or around your home where children can make things and design solutions for their questions. You can locate ideas for how to do this by typing maker space into a search engine, or by searching sites such as Pinterest (check out the pins at Make Magazine or, for younger kids, Parents Magazine).

Basically, grab the largest available space and put up a table with baskets of materials on it. (You may not need the table, depending on the age of your kids.) Don’t worry if the area looks a bit messy. Think of this space as a learning lab for kids. This will be a place where they can pursue their own interests in making things and learn to work together with others to do so, in many cases.

2 boys man anne summer 3502. Supply materials for making things. Start with what you have on hand. Depending on what your child wants to make, these materials may vary but you probably have items such as aluminum foil, tape, scissors, paper, paper cups, pencils and pens, etc.

One approach might be to go to a store that sells inexpensive items like coffee filters, craft sticks, glue, etc. Also consider going to a craft store or a hardware store and gathering up a variety of odds and ends.

Avoid getting kit materials with step-by-step approaches; you’re looking for materials that allow your child to explore different possible solutions, experiment, design, and create. One exception for middle school-aged kids might be something like Awesome Sylvia’s ideas for using Arduino microcontrollers in projects.

To solve the problems we face with the environment, medicine, and many other areas, children must be innovators – able to see things from a new perspective. So once you set up the area and supply the materials, step back and give your kids freedom to tinker, explore, and create.

3. Provide minimal guidance needed to encourage and keep kids focused. Questions such as “I wonder how I could build a (fill in the blank) with these materials?” might help them to generate ideas. Rather than giving them hints about an answer or a solution for a problem, encourage them to find information that can help them (perhaps online) and come up with several possible ideas for solutions.

hands arms anne j   320 w4. Encourage persistence. This is one of the most valuable qualities children of any age can develop. Point out that when designing answers for a problem, they may come up with ideas that don’t work the first time they try to make a working model or usable solution (or first several times). That’s okay. In fact, that’s even good!

No one learns much from getting something right the first time. It’s the mistakes we make that keep us learning and growing. In their STEM work during school, failure is simply a normal step in the learning process. Put this principle in place this summer and keep your kids’ home learning lab a place where failures are just quick stops along the road to success.

5. Encourage teamwork where appropriate. If more than one child is sharing this summer learning lab, help them with interpersonal skills as needed. Build a sense that they are working in a team to solve a problem, just as engineers do.

Before they begin working together, ask them to share some behaviors they value in other team members.Then help them to develop a list of ground rules they agree to follow, based on the behaviors they value. Encourage them to include concepts like respect others’ ideas, everyone plays a role, no one person dominates, etc. As they move forward, some gentle reminders from you can help them focus on these behaviors they need to be successful as a team.

6. Celebrate their experiences as they make and learn. Success involves more than coming up with a working solution. Celebrate the work they are doing and what they are learning. Let this be about fun and sharing. Whacky ideas and solutions are welcome!

Give your kids a summer full of relaxed, engaged, hands-on learning – time to explore, look for answers to questions, and keep their brain cells firing. Give them the thinking tools to invent and create the things we need as we go into the future – things that we have never imagined.

A few more resources

guide-to-fun-3dNeed more ideas? Search for Cool Projects for Kids of All Ages. Also take a look at Makezine.com and at Instructables. Come July, kids can participate in the free, online Maker Camp from Maker Media which also helps adults organize neighborhood Maker Camps (prepare now!). The new book The Invent to Learn Guide to Fun provides lots of projects, many involving computers, software, printers, and other peripherals. You can take a look at some of the projects here (a few of the links are not working).

______

Cover image and other photos are from Casa Thomas Jefferson.

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 was published by Routledge/MiddleWeb in July 2016.

4 Responses

  1. Julie Altmark says:

    Thanks Anne for this wonderful article. I’m sending it right now to parents of all my gifted/enrichment students. It’s exactly what I plan to do with my students this coming school year!

  2. Anne Jolly says:

    Glad you find it useful, Julie! I hope your parents will find it useful as well.

  3. What are the best procedural steps that can be followed by the teacher to teach his students the STEM?

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