Category: Frugalfun4boys engineering

Simple materials, and yet we have been having a blast building all kinds of amazing structures with them. This week, we are exploring with the sense of touch.

Who knew that craft sticks, cubes, and cups could be so interesting? Extend the play and learning with these fun engineering challenges. Challenge 1: Build a structure with one cube as the base. Yes, just one cube! When I announced this one, the boys told me it would be impossible. So I showed them this construction which I had already built:. As long as you add pieces on both sides of your structure simultaneously, you can build some amazing designs!

Stacking craft sticks on top of plastic cups allows you to build a much more vertical structure than what you can make with cups alone. Challenge 3: Feats of Balance. Make something stick out in an impressive way! This structure that Aidan built seemed to defy gravity! Those cubes are really lightweight, and it was hard to believe that they could counterbalance the craft sticks and cups sticking out like that.

But add enough of them…. Remove the first cup, and the sticks fall down in a chain! Like these engineering challenges? Really great resources! Good for parents and schools. It is a huge way to engage learners that are Kinesthetic and help balance childhood education. Thank you so much for sharing. He loves building stuff - can't wait to gather up our materials!

Thanks so much for sharing this activity. Just had one quick question. How many sticks, cups and cubes did you use to build the tallest possible structure challenge 2.Five engineering challenges for kids — with wooden clothespins, binder clips, and craft sticks!

Move over, expensive building sets! These simple materials were a huge hit with my boys.

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The first time we got them out, Owen almost 7 spent well over an hour busily creating all kinds of designs. After they have had a chance to experiment with building, expand the activity with these fun engineering challenges!

For this one, you could either challenge kids to build a true bridge, or just a structure that supports weight. Then we tried a bridge with triangles in the design since I knew that triangles are a stronger shape. As you can see, this is an activity that works well for a wide range of ages.

Owen started this one, and I made it into a hexagon. I never would have thought to balance the triangles on the binder clips the way he did, but it worked very well! The kids just had a great time exploring!

100+ Lego Building Projects for Kids

We have about 36 binder clips, craft sticks, and about 50 clothespins. That has been plenty for three kids building at one time. If you have a classroom of kids, you might want to get more. This is such a great idea!

30+ Awesome STEM Challenges for Kids (with Inexpensive or Recycled Materials!)

My boys have been building huge structures with craft sticks and the hot glue gun. Only problem with that is that they're permanent.

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When you're doing projects like the bridge and testing strength, do you wind up with broken pieces? I can't wait to get the supplies and have my students challenge each other when exams are over. When we let kids create there is no telling what they will come up with and what effect it has on their confidence. My boys are enjoying these challenges. Last week, my eldest was able to make a structure that held 78lbs! He was quite impressed.

I have it set up that they can explore with the challenge all week and at the end of the week, we sit down together and do our "final" creation. It's working out well!Combine simple science and engineering for STEM activities that will provide hours of fun and laughs! We love simple LEGO building ideas! This Lego balloon car is so easy to build and super fun to play with for quite a few ages, at least 5 to 70 to be exact!

I wish I could say that this was my awesome idea, but I first saw it over at Frugal Fun for Boys and w e adapted this for our younger son. Looking for easy to print activities, and inexpensive problem-based challenges? Click below to get a whole collection of easy brick building challenges. Small boxes from your local craft store or the hardware store are great for organizing and storing LEGO. Our son is still working on his building skills and designing skills.

We all play along and model by doing different ways to build our Lego balloon cars. Without telling him how to do it, we simply all work together and give him the opportunity to observe what we do. Hint: Check out what we stuck our balloon through to hold it in place. You can easily build something that will work. Blow up the balloon and let your LEGO car go!

frugalfun4boys engineering

How far will your balloon car travel? Grab a measuring tape and see whose car went the farthest! Great for math skills too. There are endless questions you can ask to explore this fun LEGO activity.

Lots of fun math and science to incorporate into this LEGO activity. Explore simple concepts like force and motion.

Build a Chain Reaction with Craft Sticks

The balloon forces out air which puts the car into motion. A heavier car will need a greater force but may not travel as far as a lighter car which will require less force to go farther. So how exactly does the car get its go?

Thrust is created by the energy released from the balloon. Then, you can bring in Sir Isaac Newton. For every action, there is an equal and opposite reaction. This is the third law of motion. When the gas is forced out of the balloon it pushed back against the air outside the balloon which then pushes the balloon forward! Until the balloon is set in action, the LEGO car is at rest and you put it in motion.

An object at rest stays at rest until a force is added! Even better, this easy balloon car activity was a cool family time experience we could all share and laugh over today!

frugalfun4boys engineering

LEGOs bring families together and make a great social experience for kids. Of course, LEGO is also great for independent play. Click on the link or on the image below for more awesome LEGO building ideas. Click below to get your quick and easy brick building challenges.You can use them to build all sorts of amazing structures without glue or connections — just stack them!

We purchased ours two years ago, and I can truly say that they are an open-ended toy that appeals to almost any age. Preschoolers use them for building fences for their pretend zoos or towers or caves, and older kids can engineer buildings, castles, and more.

frugalfun4boys engineering

This post contains Amazon affiliate links. The KEVA Contraptions set is a great one to start with as it comes with planks, a couple of balls, and a building guide. But note that it only has planks for about the same price.

Possibly two challenges. Kids will want plenty of time to explore.

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Kids will quickly discover that weight must be added to the sides in order to counterbalance the weight in the middle. The kids who came to the meet-up adapted this idea from one of the suggestions in the book and made it a marble race game. So creative. KEVA planks make a neat sound when a marble lands on them, and so we experimented with some staircase style marble runs. Did you know that you can create a rhythm by stacking the planks in different patterns and then rolling a marble down them?

The photo below is rhythm 2 from the video. This first rhythm is just a simple staircase. Then I filled in every other step so that the steps are now 1 plank long, then 2 planks long, then 1 plank long, then 2, etc. On the day that we built the rhythmic marble runs, we had some friends stop by.

I had built the marble run in the photo above, and after watching how it worked, Owen and his friend also age 6 got busy designing their own marble runs. We also experimented with adding some metal brackets from the hardware store. If you have an old toy xylophone like the toddler ones that you can take apart, it would be really fun to use the keys from that to create different notes. Aidan also made a few spiral marble runs. In order to keep the marble on the track, he had to add some wooden cubes — these are the ones that we used in our craft stick engineering challenges.

Aidan age 12 built this one, but Owen 6 wanted to pose in it for the picture! The skill learned in this project was that the planks are much more stable if you overlap them.

Can you make something as tall as you are sitting down? He quickly discovered that he needed weight in the middle to counterbalance the weight on the sides. He added a few more planks after we took the photo below, and the whole thing toppled! Have fun building! Feel free to post on the Frugal Fun for Boys Facebook page.

We love these blocks! Our 3 yo builds towers and fences for his farm. And most of all enjoys knocking the structures down. We find that adults love to play as much as the kids. Hi - do you think the keva planks could be used as a domino run instead of the colored dominoes? I was thinking if I bought KEVA planks we could get more building use out of them and they could serve double duty. Here are five fun engineering challenges for kids to do with KEVA planks! Measure the distance and then try to beat it!

Look at all those busy kids! Everyone cooperated and contributed.You can make so many cool designs with them.

The adorable felt purses can be made with sewing, or without! Great for kids to make, or make them as gifts. Patterns in the post! They are so simple to decorate, and will make any LEGO fan's birthday special. Actually, make more than one, because everyone will want a turn. Move over, little plastic bottle of store bought bubbles. Paper Airplane Target! They have been playing with it for days! Kysen has been interested in counting by They started off trying to get to Then they decided to see who can get to This was so simple to make!

Take advantage of the hot summer weather to do this cool science experiment! Perfect for preschool and lower elementary, although I thought it was interesting too!

Jump to. Sections of this page. Accessibility help. Email or phone Password Forgotten account? Log In. Forgotten account? Not Now. Visitor Posts.Materials testing often involves deliberately breaking things, which can be fun, as we all know. In order to get good information about the strength and other properties of the material under study, it's important to carefully control the conditions of the test. Any applied force must be measured, for example. Engineers measure stress in a material, or force divided by unit area, and strainor the percentage change in a material's length.

The "Stress, Strength and Strain" resource in the Bibliography goes into these topics in more detail. In this project, you will measure the strength of beams made from strands of spaghetti. You will place a beam of spaghetti across a gap and hang weights from it. This puts some parts of the beam in compression pushed together and other parts in tension pulled apartas shown in Figure 1. One strand of spaghetti snaps pretty easily, because spaghetti is brittlemeaning it will break suddenly rather than stretching or bending slowly like ductile materials.

What happens when you bundle spaghetti together? Does the bundle gain extra strength from numbers, does strength simply increase proportionally with the number of strands? Does it actually get weaker per strand of spaghetti?

You can find out by calculating the strength to weight ratioor the weight the beam can support divided by the weight of the spaghetti. You can test this with a simple experiment by hanging weights from a beam of spaghetti suspended between two equal-height tables or chairs. Proceeds from the affiliate programs help support Science Buddies, a c 3 public charity, and keep our resources free for everyone.

Our top priority is student learning. If you have any comments positive or negative related to purchases you've made for science projects from recommendations on our site, please let us know. Write to us at scibuddy sciencebuddies. Try one of our science activities for quick, anytime science explorations. The perfect thing to liven up a rainy day, school vacation, or moment of boredom. Share your story with Science Buddies! Yes, I Did This Project!

Please log in or create a free account to let us know how things went. Andrew Olson, Ph. Science Buddies Staff. Accessed 14 July Strength in Numbers?Sometimes teaching STEM is also breaking down each subject and really focusing on the lessons there. That is why today and for the rest of February we are going to be talking about Engineering Education for your preschool and elementary school students. This particular article will provide a general overview of how to teach Engineering. We will start by answering basic questions like what is engineering, what are the different types of engineering, and what are some great engineering activities?

Engineering is the practical application of art. It is taking creativity, curiosity, art, and sound mathematics to produce something that serves the community. Engineers are only allowed to create, or participate in activities that are for public good.

What a great way to teach your elementary and preschool students about ethics in your STEM learning environment. Plus, by focusing on these STEM learning objectives you are simplifying the process for yourself and streamlining each lesson. In engineering curiosity can look like building, putting things together, drawing, designing, destroying, and more. Give your mainstreamers some simple tools or supplies and have them build something out of it. Supplies could include paper, scissors, tape, weights, toy cars, toilet paper rolls, popsicle sticks, Legos, pens, etc.

Provide them with things that they can take apart as well. Old electronics make great engineering problems. Destroying something provides just as much of an enriching education as building something does.

An engineers job is to find practical solutions to abstract problems. A physicist or mathematician, for example, can explain how things work in an abstract way. An engineer explains how stuff works in a practical way. An engineer is always looking for ways to make products, systems, or processes more efficient.

Problem-solving in engineering can also be done through reverse-engineering. In Engineering, communication comes in many different forms such as :. An engineers team consists of a variety of different people from a variety of different fields such as construction, data scientists, management, HR, the budgeting department, customers, etc.

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Remembering to keep things simple can be frustrating, and often time-consuming. If you are looking for help in making sure that each of your STEM lessons are effective, and educational use Make them Mainstream as your guide.

Focus on the Engineering Design Process. The Engineering Design process is similar to the Scientific Method. The steps of the Engineering Design Process are:. Step 1, Define the Problem. This is different than choosing a problem. At this point, a problem has already been decided upon.

Now is when you set up an actual definition for it. Of course, this can change once you move on to step 2, Do background Research.

Step 2 is important so you can further define the problem, or adjust the problem as needed. Background research also helps you gather ideas for possible solutions. A single solution should not be picked at this time. All ideas are good ideas.