• Tests & Worksheets
• Online Lessons
• Test Maker™
• Printable Games
• Worksheet Generator
• Plans & Pricing
• Blog

Engineering is a key component of many STEM classes, but it can be an intimidating subject to teach for parents and teachers not primarily trained in the field. The good news is kids are often drawn to building and taking things apart, skills that can be nurtured with simple engineering activities. We’ve gathered a list of 101 of our favorite hands-on activities that will get kids excited about the engineering design process. With some basic materials, and a bit of curiosity, kids will be designing, creating, testing, and improving solutions to engineering problems in no time!

Transportation

Whether your kids like boats that float or cars that go, these building activities will surely be a hit with those fascinated by forms of transportation.

Storytime STEAM with Don’t Let the Pigeon Drive the Bus! Preschool Steam
How to Make a Recycled Balloon Car Left Brain Craft Brain
Square Wheels Exploratorium
Rubber Band Car DIY Figment Creative Labs
Absorb the Shock! Scientific American
Propeller-Powered Zipline Racers Digital Harbor Foundation
Straw Boats: Engineering Challenge for Kids The Science Kiddo
Making Simple Boats that Float Teach Preschool
Build a Paddle Boat Rookie Parenting
Cork Raft Building Challenge for Kids Kitchen Counter Chronicles
Simple Cardboard Airplane Craft for Kids Hands On: As We Grow
Egg Crate Airplane Engineering Project Schooling Active Monkeys
Design a Submarine Museum of Science and Industry, Chicago

Food Fun

From marshmallows to spaghetti, using food can make for affordable and fun engineering projects.

One Minute Marshmallow Engineering Challenge Steam Powered Family
Family Movie Night & S’mores STEM Challenge No Time For Flash Cards
Leaning Tower of Pasta TeachEngineering
How Strong is Spaghetti? Frugal Fun for Boys and Girls
Candy House – Making a Stable Structure Science Sparks
Design Challenge with Sticks, Clay, and a Mandarin TinkerLab
Engineering with Food: Preschool STEM My Mundane & Miraculous Life
Engineer a Gumdrop Structure Creative Child
Edible Rovers eGFI

Back to Nature

Get kids out of the house or classroom and into nature with these activities perfectly suited for the outdoors.

Outdoor Engineering: Building Stick Forts Little Bins Little Hands
Playground Sized DIY Marble Run Babble Dabble Do
Log Pile House Building Challenge Inspiration Laboratories
How to Make a Homemade Water Wall for Kids Happy Hooligans
Mudbrick Houses Imagine Childhood
Speedy Shelter PBS Kids Design Squad Global
Build a Shelter from the Sun and Test it with UV-Sensitive Beads Buggy and Buddy
Design A Seed Engineering Challenge Share it! Science News
Backyard Pulley an Engineering Challenge for Kids Kids STEAM Lab
DIY Solar Oven The Craft Train
Backyard Railroad Engineering: Outdoor STEM Challenge for Kids Adventure in a Box

Robots Rock

Be sure to ask kids what problems their robots will solve before they design, build, and test these marvelous bots.

Build Your Own Robot Arm TryEngineering
Robo Arm PBS Kids Design Squad Global
Squishy Circuit Robot: Electrical Engineering Design Challenge Lemon Lime Adventures
Homemade Spinning Brushbot Research Parent
Upcycled Toy Car Marker Bots Left Brain Craft Brain
How to Make a Minion Scribble Bot Science Sparks
Drawing Robot: Learn How to Create Robot Art Rosie Research
Build Your Own Underwater Robot Science Buddies
Engineer a Bee eGFI

Simple Things

Sometimes the simplest things can make for the best engineering projects. Challenge kids to design and build with simple materials ranging from cups to straws to newspapers.

Newspaper Engineering Challenge for Kids The Educators’ Spin On It
100 Cup Challenge Busy Kids Happy Mom
Building With Straws: A STEM Activity Kids Activities Blog
Straw Geodesic Dome Babble Dabble Do
Building a Straw House Deceptively Educational
Fun and Easy Straw Rocket STEM Activity for Toddlers Engineering Emily
DIY Magnetic Marble Run Frugal Fun for Boys and Girls
How to Make an Indoor Boomerang What We Do All Day
Indoor Snowball Structures: Engineering for Little Hands One Time Through
How to Make a Bubble Blower Machine Teach Beside Me
Balancing Dinosaur STEAM Activity for Kids Rainy Day Mum
DIY Marble Mazes for Preschool Kids Coffee Cups and Crayons
Build a Cardboard Scissor Lift Scientific American
C is for Catapult! Go Science Kids
How to Build the Eiffel Tower: An Engineering Project for Kids KC Edventures
How to Make Homemade Fidget Spinner STEM Little Explorers
3D Shapes and Shapes Out of Straws and Pipe Cleaners Meaningful Mama
Spider Web Construction Rainy Day Mum
Building Toothpick Bridges Eva Varga

Teaching Tip: Turn a simple engineering activity into a lesson plan by having students follow the engineering design process. Ask students to:

1. Define the problem
2. Do background research
3. Brainstorm and select a potential solution
4. Create a prototype
5. Test and evaluate the prototype
6. Improve upon the prototype
7. Communicate the results

Get started with this engineering design challenge printable.

Holiday and Seasonal

Incorporate engineering into your lessons with these activities themed around holidays and the seasons.

Christmas Engineering Activity for Kids Fun-A-Day
Gingerbread Steam Project The Homeschool Scientist
Candy Can Construction Bridge Preschool Powol Packets
Build a Cornstarch Block Christmas Tree Gift of Curiosity
Paper Circuit Snowman Rosie Research
Sugar Cube Igloo Project The Crafty Classroom
November STEM: Giant Balloons, Thanksgiving Parades, & Engineering Get Caught Engineering
Halloween Robot Spider Craft Inspiration Laboratories
Candy Heart Catapult Stir the Wonder
Easter Catapult STEM Activity and Easter Science for Kids Little Bins Little Hands
PEEPS Parachute STEAM Challenge in Early Childhood The Preschool Toolbox
Engineering STEAM Activity: Build a Leprechaun Trap Kids STEAM Lab

Reverse Engineering

If your kids are constantly taking things apart, reverse engineering may be just the thing for them!

Reverse Engineer a Solar Toy From Engineer to Stay at Home Mom
Reverse Engineering a Fidget Spinner From Engineer to Stay at Home Mom
Recycled Toy Robot Project with Reverse Engineered Toys Brain Power Boy
Reverse Engineering Project: Disassemble, Sketch & Recap TeachEngineering
Disassemble a Click Pen TeachEngineering
Tinkering for Kids – Waffle Iron Confidence Meets Parenting
STEM Tinkering Activity: Taking Apart an Old Toy Little Worlds Big Adventures
Toy Take Apart Exploratorium
Your Kids Should Be Taking Apart Electronics! There’s Just One Mommy

Making the World a Better Place

Engineering projects should solve problems using design solutions. These activities will allow kids to explore how they can improve people’s lives in meaningful ways.

Earthquake Rollers Scientific American
Convenient Carrier PBS Kids Designer Squad Global
Articulated Grabber Engineering Project for Kids Instructables
Build a Lung Model US Patent and Trademark Office
Make Your Own Water Filters TeachEngineering
Solving a ‘Windy’ Problem Science Buddies
How to Make an Articulated Hand Go Science Kids
Building for Hurricanes eGFI
Tornado Tower Made for STEAM

Just for Fun

These engineering activities don’t fall into one of the above categories, but they do make for great learning opportunities for kids!

Engineering Kids | Rube Goldberg Machine TinkerLab
Using Pool Noodles to Build a Playhouse From ABCs to ACTs
PVC Pipe House Building Project Engineering STEM Activity Little Bins Little Hands
STEAM Challenge: Build a structure you can balance on one finger (or your nose!) Gift of Curiosity
Build a Satellite NASA Jet Propulsion Laboratory
How to Make Projector Using Smartphone and Magnifying Glass STEM Little Explorers
Pneumatic Machine Made for STEAM
Cardboard Automata Exploratorium
How to Make a Water Wheel Home Science Tools
Global Cardboard Challenge Imagination.org

If you enjoyed this article, try our Ultimate Guide to Teaching Science and our science worksheets and lessons for more great teaching resources.

As educators, we expect our students to learn and apply math concepts using higher-order thinking skills that go beyond rote learning. With the adoption of the Common Core Math Standards, many of us must do just that, by focusing more in-depth on fewer math concepts. However, writing math problems that require higher-order strategies can be almost as difficult as solving them.

To get started, try writing a lower-level math problem then apply one or more of the following techniques:

Tips for Writing Higher-Order Math Problems

•  Have students determine and extrapolate a mathematical process or pattern and apply it to an unfamiliar problem or scenario
•  Ask students to identify and evaluate missing or incorrect information
•  Challenge students to solve one problem using multiple methods
•  Consider asking, “Given ____, what would happen if ____ changed?” questions
•  Give an answer and a mathematical concept, have students write their own questions or equations that produce the given answer
•  Ask students to justify their solutions or identify and justify the “best” or “most correct” solution from a selection of plausible choices
•  Write problems that ask for connections between more than one set of information, this could include charts, tables, equations, graphics, and data sets
•  Watch that answers for multiple-choice questions are logical and that the correct choice is not structurally different from the incorrect answers
•  If you are having difficulty writing a problem, start by constructing questions that incorporate these higher-order key words and concepts: analyze, justify, explain, apply, interpret, compare, estimate, predict, prove, formulate, modify

Consider the Common Core Math Standard 7.G.4

Know the formulas for the area and circumference of a circle and use them to solve problems; give an informal derivation of the relationship between the circumference and area of a circle.

A lower-order question for this standard could be:

What is the area of a circle with a radius of 5?
a) 5π
b) 10π
c) 25π
d) 100π

As presented, this question strictly tests student knowledge and application of the required formula. Instead, consider structuring the question using a “real-life” scenario that requires multiple steps to solve:

Official tournament play of Ringer marbles requires a circular game ring with a diameter of 10 feet. Alexis needs to construct multiple rings for a tournament using rope to mark the circumference of each ring. If she has 100 feet of rope, what is the maximum number of rings Alexis can make?
a) 2
b) 3
c) 4
d) 5

Finally, try constructing an open-response question that requires students analyze and evaluate the information in a non-routine manner:

Jackson explains to his classmate that doubling the circumference of a circle results in the doubling of the circle’s area. Is Jackson correct? Use the formulas for area and circumference to justify your answer.  

This problem still satisfies skills posed in standard 7.G.4, however it now requires students not only demonstrate knowledge and application of the formulas, but also analyze the relationship between them.

Writing higher-order problems takes time, but ideally, the additional time will help students further develop the critical-thinking skills we strive to nurture as educators.

For more examples of higher-order math questions, view these questions created by HelpTeaching.com members:

Example 1:  Problem Solving Strategies
Example 2:  Fractions
Example 3:  Logical Thinking
Example 4:  Area
Example 5:  Exponents
Example 6:  Ratios

Visit HelpTeaching.com to browse our collections of math worksheets and math lessons or create questions and worksheets that meet your teaching needs.

Related Topics:
Using Math Images on HelpTeaching.com
How To Use Questions with Images
How to Format Math Equations
How to Customize Your Tests Created on HelpTeaching.com
How to Find Questions on HelpTeaching.com
How to Write Good Test Questions

In October 2016, Microsoft released the long-awaited Minecraft: Education Edition, making it easier for teachers to bring Minecraft into the classroom. However, you don’t need a computer or even Minecraft software to make Minecraft an integral part of your classroom. We’ve come up with some great ways to help you engage your Minecraft-loving students offline too.

Develop a How-To Guide
For students it’s often easy to play a game and much harder to show someone else how to play again. Get students to stop and think about what it takes to play Minecraft. Then have them hone their expository writing skills by developing a how-to guide or video to help other students learn how to play the game. You can have students create a brochure outlining Minecraft’s key features or create a video focused on a more specific element of the game, such as how to make a hidden doorway in a staircase.

Create a List of Rules
Before setting students free to explore the world of Minecraft, teachers often lay out a list of rules students should follow while in the game, such as not destroying others’ structures. Once students have interacted with Minecraft a bit on their own, have them come up with their own list of rules for the online community. Rules can be serious, such as using kind words, or silly, such as banning all purple structures. Developing rules will help students learn about concepts related to citizenship and developing a healthy community.

Write a Minecraft-themed Story
A quick internet search will result in a ton of Minecraft stories written by authors hoping to capitalize on Minecraft’s fame. Chances are your students know more about Minecraft than many of those authors. Put their knowledge of the game to the test by having them write stories centered around their own Minecraft worlds. If they need help getting started, check out some of our own Minecraft-themed story starters to help spur the creative writing process.

Learn Minecraft Vocabulary
Minecraft has its own set of terminology and skills. See how much your student know by pulling out Minecraft-related words and using them as part of a spelling or vocabulary test. You can also download and print our Minecraft-themed Word Search and Bingo games to introduce students to some key Minecraft vocabulary words.

Build Minecraft-inspired Structures
When students play Minecraft, they’re immersed in a pixelated world. Everything is designed using cubes, which means creating objects with triangular or rounded edges is a bit more challenging. You can explore the same concept by having challenging students to build 3D sculptures outside of the game. Sugar cubes and square blocks make great building tools.

Design Paper Plans
Before creating in Minecraft, students can also create paper blueprints of the worlds they plan to create. Using some basic graph paper, kids can shade in different grids to represent the elements of the landscape. Then they can try to recreate their drawings within the game.

Study Perimeter, Area, and Volume
The pixelated world of Minecraft offers a great way to help students learn about perimeter, area, and volume. Using their paper plans, sculptures, or groups of blocks, have students determine the perimeter and area of a structure. They can do it easily by measuring the side of one block, and then counting the number of blocks that make up the length and width of the structure. They’ll also build their multiplication skills at the same time.

Solve Minecraft-themed Word Problems
Help build students’ addition, subtraction, multiplication, and division skills through the creation of some basic Minecraft word problems. For example, how many apples does a character need or how many ink sacs and bone metal are needed to make enough gray dye? We have a few Minecraft-themed word problems to get kids started.

Create Minecraft-inspired Mosaics
Cut construction paper into squares or pick up a bag of tissue paper squares at the craft store. Glue the squares onto a piece of white construction paper to create different Minecraft-inspired mosaics. For example, students could design self-portraits or glue the squares onto a box to create full-size Minecraft-inspired versions of their heads.

Design a Color by Number Worksheet
Similar to Minecraft-inspired mosaic, design a color by number worksheet for students to complete. Have students color every square with a particular number, letter, or word a certain color. Once all the squares have been colored correctly, students will have a fun picture. You can also challenge students to create their own color by number worksheets using graph paper. Then they can give them to a classmate to solve. We’ve created a few color by number worksheets to get you started: Color by Number Parts of Speech and Color by Number Addition and Subtraction.

All of these activities incorporate the principles and ideas of Minecraft without requiring students to play the actual game. Whether you already use Minecraft in the classroom or just have students who enjoy the game, you can use these activities to help engage students throughout the school year.

Do you have any fun Minecraft-inspired resources that you use in the classroom? If so, we’d love to know about them. Share them in the comments!

Math is an inherently visual subject. Would you ask a first grade student to describe the properties of a triangle, but not allow her to draw one? Test a geometry student’s understanding of the relationship between parallel lines and transversals, but provide no visual model for the question? Ask an algebra student to solve a quadratic equation, but never have him plot one on a graph? Math questions with graphics allow students to comprehend mathematical concepts more quickly and more completely than those without images.

Help Teaching maintains a database of hundreds of graphics that directly support Common Core math standards. So whether you are introducing kindergartners to counting or high school students to the Law of Sines, here are some suggestions on how to incorporate images into your standards aligned math questions or worksheets.

	Visual Fraction Models support a range of grade one to six standards in the Geometry, Numbers & Operations – Fractions, and Number System domains. Students can develop an understanding of equal shares and fraction equivalence by comparing shaded models while older students can use models to hone critical thinking skills by solving real world problems.
	Base Ten Blocks provide a visual representation of place value and support Number & Operations in Base Ten domain standards for kindergarten through grade five. Base ten blocks can be used to represent ones, tens, hundreds, and thousands and build up to illustrating multi-digit arithmetic. Combine blocks with pictographs and their use can be extended to include Counting & Cardinality standards by having students use them to learn number names and count sequences.
	Grids and Graphs are mathematical staples when it comes to problem solving, so it comes as no surprise that the coordinate plane is mentioned across domains for middle and high school Common Core standards. For example, fifth graders can use Cartesian planes to learn to graph and locate coordinate pairs, directly supporting geometry standards while high school algebra students are expected to create and graph equations in two or more variables.
	Circle and Polygon diagrams effectively illustrate geometry concepts across all grade levels. Beginning with learning to name and identify attributes of shapes in kindergarten to understanding circle terminology in high-school geometry, the inclusion of shape graphics in geometry questions is essential to improving student comprehension of Common Core standards.
	Angle images directly support a wide range of geometry standards. Elementary students are expected to draw, recognize, and classify angles, while middle school students extend and apply this knowledge to describe geometric figures based upon their properties and solve multi-step problems to determine the measurement of an unknown angle. At the high school level, geometry students benefit from graphics to prove theorems like  vertical angles are congruent.

These are just a few examples of the Help Teaching images available that support Common Core math standards. View our complete selection of images or browse our collection of questions featuring graphics. Have suggestions for new math additions? Post your comments below or send us a note.

Read “How to Write Higher-Order Math Questions” and “How to Use Questions with Images” for more tips on creating quality, standards aligned math content.

Teachers have embraced Pinterest, the modern day equivalent of clipping magazine photographs and showing them to your friends, as a source of inspiration for classroom organization, projects, and curriculum resources. Pinterest offers a multifaceted platform for educators to research ideas for their classrooms, follow other pinners, and create boards linking to resources for students. For STEM educators, Pinterest is a visual brainstorm of hands-on science activities, curriculum materials, and the most recent advances in science and technology.

If you are looking for new ideas for your science, technology, engineering, or math classroom, get started by following some of these Pinterest boards:

Best Kids Science Experiments – Steve Spangler fans will enjoy this collaborative board and visual playground of icky activities to engage students in the scientific process.

Citizen Science Programs – Check out these pins and find a citizen science project for your class to participate in.

Earth Science – Kids Discover offers a host of interesting boards for teachers, but geo-geeks will especially appreciate these pins to earth science articles, videos, and images.  

Explore and Get Outdoors – The National Wildlife Federation’s board of ideas on getting kids back to nature.

Explore the Natural World – STEM educators will appreciate this board by PBS, featuring stunning images of nature that blur the boundaries of science and art.

Invertebrate Love – View these stunning images and videos of strange sea critters lacking skeletons.

iPad Landia – With the integration of iPads into more and more classrooms comes the need for finding quality apps and educational best practices. Get started with iPad Landia.

Los Alamos National Lab – Cool collection of boards for those who embrace their inner geeks. Pocket protectors anyone?

NASA EDGE Vodcasts – Engage students with these vodcasts by NASA EDGE. Maybe one of your students will become a rocket scientist.

NASA Goddard Space Flight Center – Don’t miss out on any “Wicked Cool Space Stuff.” Follow any or all of these boards from the Maryland Space Center.

NGSS: Next Generation Science Standards – The standards are out. Become familiar with them and stay up-to-date with NGSS progress with these pins by The Einstein Project.

Scientific Explorer – An essential collaborative board dedicated to “exploring scientific knowledge”.

Science & STEM – Get your STEM ideas flowing for hands-on, home projects with this resource board.

STEM STEM STEM – In case the name was unclear, this collection of pins by the National Science Teachers Association helps teachers stay up-to-date with trends in STEM education.

STEM Works – The STEM-Works program strives to increase science, technology, engineering and mathematics skills in communities nationwide and maintains this collection of boards including pins about CSI, jobs, lesson plans, robotics and more.

Students Like Tech! – Follow Edutopia’s board for EdTech ideas and trends.

Teaching with Sci-Fi – Even reluctant science students may enjoy a good science fiction book.

U.S. Department of Energy – Get the latest information on everything energy related, from STEM education to green energy.

Video Lectures in Mathematics – Looking for a refresher course on differential equations, a tidbit on the history of math, or a good math joke? Check out this collection of boards with over 1,400 pins to math lectures.

Women in Science – These photos of groundbreaking women in science, courtesy of the Smithsonian Archives, link to further information about these pioneers.

Follow Help Teaching on Pinterest to keep up with our newest free printables, premium worksheets, and blog articles!

ELA & Reading – Most Popular

STEM – Most Popular

Social Studies – Most Popular

Joe Pizzuto-Pomaco is an educator, writer, and editor who has taught in public and private schools 15 years.