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10 STEM Challenges You Must Try Now- Engaging and Fun

Are you ready for STEM Challenges you Must Try?

I have some favorite challenges for many reasons. Students have their favorites- which are always different than mine. And then, there are the challenges you must try.

I’m sharing 10 Must-Try Challenges today and will explain why for each.

STEM Challenge- Students use the Engineering Design Process to design 10 different structures. 10 Challenges you must try on this post!

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There is a back-story with the invention of some of these challenges. Some have experiments you will love. Some have a great science lesson involved. Some are just fun to watch. Hang on- let’s take a look at some must-try STEM challenges you have to tackle soon!

You Must Try Hammocks and Robotic Hands

STEM Challenge- Students use the Engineering Design Process to design a hammock that will hold weight. Try one of the ten STEM Challenges on this blog post!
STEM Challenge- Students use the Engineering Design Process to design a model of a robotic hand that has fingers that lift. Try one of the ten STEM Challenges on this blog post!

Building a Hammock – The first time we tried this challenge students used the legs of their lab stools as the trees from which to hang their hammocks. In the next attempt, I decided to add some difficulty with requiring students to make their trees and the hammock. This turned out to be the perfect additional requirement. Attaching the hammock to their cylindrical trees proved to be challenging. We also loved the colorful hammock beds. TIP: We used paper towel cardboard tubes for our trees.

Robotic Hands – I love this challenge so much! The science lesson that you can include is all about how the muscles, tendons, and ligaments work together. Using this knowledge students can relate so much easier to how to make their robotic hands move. We have tried these models using plastic gloves stuffed with tissue and flexible cardboard. TIP: Use those neon straws- it makes a vivid model.

Adaptations and Treasure Boxes are perfect challenges!

STEM Challenge- Students use the Engineering Design Process to design a model of an animal and its adaptation. 10 Challenges you must try on this post!
STEM Challenge- Students use the Engineering Design Process to design a treasure box with a lid that hinges open. Fill it with treasure! 10 Challenges you must try on this post!

Animal Adaptations – I love this one because of the creativity students can add to their models as they decorate. Before they get to that point they must design and build an animal model that shows its adaptation. During our sharing time, the students must explain the adaptation and show it working. I love using challenges like this when the students teach us what they have learned! TIP: You are going to need some feathers – buy them at the Dollar Tree!

Treasure Boxes – Another one you must try! I always start with a talk about pirates or share a picture book about pirates. The requirements of the challenge can be changed to suit the age of your students. For my oldest teams, I required that the top of the treasure box have a hinging lid and the lid has to be rounded. This proves to be a great problem to solve! TIP: Have some ‘treasure’ ready to go in the boxes or have students make their own.

Real-Life Applications are Activities You Must Try!

STEM Challenge- Students use the Engineering Design Process to design a box that will perfectly hold a certain amount of popcorn. This is all about volume. 10 Challenges you must try on this post!
STEM Challenge- Students use the Engineering Design Process to design a device that will safely land cargo when dropped from a 3-foot height. Try one of the ten STEM Challenges on this blog post!

Popcorn Challenge– I always call this the popcorn challenge but it is really a challenge about volume. Students are to build a container that will perfectly hold a specific amount of popcorn. They learn a lot about how items fill a space and have ‘aha’ moments when we test their containers. TIP: Pop the popcorn and use it fresh. Old popcorn breaks apart easier. You will have to count the pieces but it only takes five minutes!

Cargo Drops– I love the backstory of this one. I was watching an old news report about the tsunami of 2004 and saw planes dropping water bottle packages to stranded survivors. It made me wonder if we could build something similar. The task is to build a container that will hold cargo safely and the cargo is also fragile. This means it must be secured so it will not bounce around. The one in that photo above is the reason this challenge is amazing. The single piece of cardboard on the bottom will land flat every time it is dropped. The cargo is suspended and wrapped in bubble wrap and stays secure! Awesome! TIP: Use something lightweight for the cargo- we use marshmallows.

Student Favorites!

STEM Challenge- Students use the Engineering Design Process to design a basketball goal and a catapulting device to throw the ball. 10 Challenges you must try on this post!
STEM Challenge- Students use the Engineering Design Process to design the ultimate paper airplane after experimenting with different models. Try one of the ten STEM Challenges on this blog post!

Basketball Goals– The task is to build a goal with a netted backboard and a catapulting device to shoot the basketball. We use ping pong balls. This is a must-try because students love it so much! They will have the best time building and trying these devices and they will beg to do it again. Trust me! TIP: Buy ping pong balls at the Dollar Tree! I buy netting by the yard at Hobby Lobby and one yard is enough for several classes to use.

Paper Airplanes – So much fun and that is one of the reasons it is a must-try STEM Challenge! It starts with a free session of just flying any plane the students build. Then we learn to build a plane all following the same pattern. We experiment with those planes- plain plane, weighted plane, bent wings, etc. The test results of the experiment are used to inform the designing of the ultimate paper plane. And, of course, we end with a plane flying competition. TIP: We measure flights in meters/centimeters. These numbers are easier to average.

Perfect for A Quick Activity!

STEM Challenge- Students use the Engineering Design Process to design a tower made with only 12 straws. Try one of the ten STEM Challenges on this blog post!
STEM Challenge- Students use the Engineering Design Process to design configurations of cups. Students also calculate the mean, median, mode and range of their stacks.10 Challenges you must try on this post!

12 Straws Towers – So interesting! We have tried this one in two different ways. One version is to just build the tallest tower using 12 straws. The towers tend to look very much alike- since 12 straws cannot be varied much. The second version is my favorite and will be yours, too. Students must choose a famous tower structure (they are given 4 from which to choose) and they build a model of the tower. This changes everything about the challenge. The towers are small and so creative. The photo is showing the Leaning Tower of Pisa! TIP: A choice between 4 towers to attempt is a good number. When faced with choosing anything they want, this task is more difficult. Having a team agree on one tower out of four is the best way.

Cup Stacking – It’s all about math! Some of the cup stacking tasks are just fun, but after each stacking event, we calculate the mean, median, mode, and range of the cups we used or the height our stacks reached. Many 4th and 5th graders will know those math terms but practicing how to use those skills adds a practical application. TIP: Foam cups can have static cling badly. Paper or plastic cups are better, but cost more. The best cups I have used were the 3-ounce plastic ones. And we reuse them!

I am so excited for you to tackle one of these must-try STEM Challenges! Which one will you try first?

You might also enjoy these blog posts:

STEM Challenge- Students use the Engineering Design Process to design 10 different structures. 10 Challenges you must try on this post!

Some of my Favorite Building Materials

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