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Recommended by Lizabeth

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TitleMax | Get your title back with TitleMax®

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Engineering is a field that focuses on creating and using scientific and technological solutions to problems, such as machines, programs, or structures. It's crucial for kids to learn about engineering because this knowledge can set them up for a good career. There are many types of engineers, so kids with a wide variety of interests may find that a future in engineering appeals to them. But even kids who don't plan on becoming engineers can benefit from honing their research and problem-solving skills through study in this area.

Aerospace Engineers

Aerospace engineers work to design and create things that fly, like spacecraft, airplanes, and satellites. Aerospace engineers make sure that aircraft are safe to fly. They also work on the components of propulsion systems and missiles.

Biomedical Engineers

Biomedical engineers develop medical devices like prosthetic limbs and MRI machines. Their job is at the intersection of medicine and technology: These engineers specialize in solving health-related problems to improve people's lives.

Civil Engineers

Civil engineers envision and construct buildings, transportation systems, sewage systems, and roads. Without civil engineers, many things we take for granted would not exist.

Environmental Engineers

Environmental engineers focus on creating technological solutions that protect our environment. They work to lessen pollution and improve the quality of our air and water.

Chemical and Biological Engineers

Chemical engineers work to produce and improve the process of producing chemicals and materials. A chemical engineer might work to create new products through combining chemicals, or they might design machines or processes that help to create a finished product. Biological engineers take a similar approach but apply their knowledge of biological materials and processes to a problem.

Mechanical Engineers

Mechanical engineers design tools and machines and make existing implements work more efficiently. Mechanical engineers work in almost every field, anywhere where machines are used.

Agricultural Engineers

Agricultural engineers focus on technology that improves the efficiency of growing crops, including irrigation systems and harvesting machinery.

Electrical Engineers

Electrical engineers work with the design and improvement of electrical equipment. They might have jobs in power generation, battery development, or electronics.

Software Engineers

Software engineers write code for games and computer programs in a variety of programming languages, like Java and Python. They might also develop tools that integrate with websites.

Engineering Games for All Ages

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Engineering Games and Projects from Titlemax.com

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Engineering is a field that focuses on creating and using scientific and technological solutions to problems, such as machines, programs, or structures. It's crucial for kids to learn about engineering because this knowledge can set them up for a good career.

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Explore the projects and then create your own. Watch a tutorial for ideas.

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Scratch is a free programming language and online community where you can create your own interactive stories, games, and animations.

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Explore and Create Music with Chrome Music Lab

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Explore and Create Music with Chrome Music Lab

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Music is for everyone. Play with simple experiments that let anyone, of any age, explore how music works.

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Las fotografías infrarrojas

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Coinciden con las caras

Las fotografías de la fila superior se tomaron con una cámara infrarroja. Las fotografías de la segunda fila se tomaron con una cámara común. Una cámara infrarroja detecta calor, en lugar de detectar luz. ¿Puedes hacer coincidir la cara en la imagen infrarroja con la misma cara en luz visible?

Si haces coincidir todas las imágenes, esta página web se volverá a cargar automáticamente, mezclando las imágenes infrarrojas, para que puedas volver a jugar. Si no aciertas en las coincidencias, tendrás la posibilidad de cambiar tus respuestas.

Las fotografías infrarrojas (normalmente en tonalidades de gris) han sido coloreadas de modo que se puedan ver con más nitidez las partes más cálidas y más frías de las caras.

A
Pienso en silencio

B
Me comíun helado

C
Me gusta correr

D
Me bebíuna chocolatada

Las ondas infrarrojas son iguales a la luz visible, salvo que son más largas. . . demasiado largas para poder verlas con nuestros ojos.

Nuestros ojos ven ondas luminosas que no son demasiado cortas, ni demasiado largas, sino que son perfectas, dentro de una diminuta gama de tamaños.

Las ondas infrarrojas son demasiado largas para que las puedan ver nuestros ojos, pero los objetos cálidos las emiten constantemente. Por eso podemos ver la luz proveniente de una bombilla eléctrica, pero no vemos el calor que emite.

Como puedes ver, las cosas "se ven" muy diferentes en infrarrojo. Todo lo que necesitamos es un instrumento especial de detección de infrarrojo.

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Match LIGHT faces with HEAT faces! | NASA Space Place - NASA Science for Kids

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Coinciden con las caras Las fotografías de la fila superior se tomaron con una cámara infrarroja. Las fotografías de la segunda fila se tomaron con una cámara común. Una cámara infrarroja detecta calor, en lugar de detectar luz. ¿Puedes hacer coincidir la cara en la imagen infrarroja con la misma cara en luz visible?

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¡Disfruta de una super audición con el Super Cono Sonoro!

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¡Disfruta de una super audición con el Super Cono Sonoro!

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¡Disfruta de una super audición con el Super Cono Sonoro!

Necesitas lo siguiente:

Un pliego grande de cartulina para marbetes o cartón para cartelería, de aproximadamente 46 x 61 cm (18 x 24 pulg.)

Cinta adhesiva transparente

Debes hacer lo siguiente:

¡Es tan fácil!

Simplemente enrolla la cartulina en la forma de un cono, dejando un pequeño orificio (de aproximadamente 1,5 a 2,5 cm [1/2 pulg. a 1 pulg.]) en el extremo con punta. Deja el extremo grande lo más ancho que puedas. Luego pega con cinta el borde en su posición.

Lleva el cono al aire libre. Pon el extremo pequeño en tu oído. Apunta el cono en diferentes direcciones y escucha con atención. Observa lo diferente que suena el mundo con y sin el cono para ayudarte a escuchar.

¿Qué sonidos muy tenues has podido oír con el cono que nunca antes habías sentido?

El cono es un embudo para las ondas

Al igual que las olas en el océano, las ondas sonoras crean olas en el aire. El aire se mueve en una y otra dirección a medida que lo atraviesan las ondas de energía sonora.

Si pones algo como un papel en el camino de la onda sonora, también vibrará bastante. Si le das a esta superficie de papel la forma correcta, las ondas sonoras se concentrarán en un punto. ¡Por lo tanto, tu super cono sonoro es un embudo sonoro!

Una idea similar es lo que permite el funcionamiento de las gigantes antenas parabólicas de la NASA. Estas antenas escuchan señales provenientes de naves espaciales planetarias que están explorando el espacio muy lejos de la Tierra.

¡No podemos construir una nave espacial, decirle que nos llame cada tanto y después lanzarla a Marte o Júpiter! Debemos poder oír su voz tenue y hablarle mientras se encuentra a grandes distancias.

¡Algunas de las antenas de la Red de Investigación del Espacio Lejano son del doble del tamaño de la que cuida de las ovejas desde ahí arriba!

Por supuesto que ninguna nave espacial se comunica mediante el sonido. ¡Los mensajes no llegarían demasiado lejos, ya que las ondas sonoras no pueden viajar en el vacío del espacio! Sin embargo, las naves espaciales sí envían ondas de radio, que pueden viajar casi eternamente. El problema es que las ondas de radio se van extendiendo y se debilitan cada vez más cuanto más lejos tengan que viajar.

¡Por eso las "orejas" para las ondas de radio de la NASA tienen que ser realmente grandes!

Estas antenas parabólicas no se asemejan en nada a tu cono sonoro, ¿no crees? No obstante ello, la trayectoria que toman las señales de radio una vez que llegan a la antena es similar a un cono plegado. Una vez que la señal llega al foco (similar al extremo pequeño de tu cono), se usan instrumentos electrónicos que aumentan el volumen incluso más.

¡Ahora podemos comenzar a descodificar el mensaje y determinar qué es lo que nos está mostrando y diciendo la nave espacial!

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Hear tiny sounds with a Super Sound Cone! | NASA Space Place - NASA Science for Kids

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¡Disfruta de una super audición con el Super Cono Sonoro! Un pliego grande de cartulina para marbetes o cartón para cartelería, de aproximadamente 46 x 61 cm (18 x 24 pulg.) Cinta adhesiva transparente ¡Es tan fácil! Simplemente enrolla la cartulina en la forma de un cono, dejando un pequeño orificio (de aproximadamente 1,5 a 2,5 cm [1/2 pulg.

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Children will consider scale, form, and function as they design and build tiny furniture to adorn the interior of miniature homes.

Materials Required

Various recycled materials including plastic, wood, tile, fabric, foam, and paper

Masking tape

Scissors

Bought or created tiny house (e.g. a purchased dollhouse, combined shoeboxes, or foam core used to create a tiny house)

Instructions

1. Purchase, find, or create your own tiny house.

2. Collect a variety of recycled materials for children to use to create their miniature furniture (e.g. cardboard scraps, colorful paper, yarn, fabric, or tile scraps). Sort and display the materials neatly.

3. Invite children to design their own furniture to fit inside the tiny house. Help them brainstorm what types of furniture the house and its inhabitants might need.

4. Encourage children to add their furniture to the collaborative houses.

5. Children may engage in imaginary play as they arrange the houses and imagine/create people to occupy the houses.

Additional Tips

Create a few model pieces of furniture on your own to begin furnishing the house.

If working on this project for multiple days in a public space, curate the furniture in the house by keeping a few pieces of furniture each night and creating additional space for new children to add their furniture to each day.

In a classroom or camp setting, extend this activity by creating a narrative to accompany the tiny house, its furniture, and its inhabitants. Try a storytelling exercise or write a group book, imagining what might be happening inside the house.

Links to Creativity

One challenge that young children face is developing an understanding of models/symbols (one thing representing something else) and scale (relative size) (DeLoache, 1989; DeLoache & Marzolf, 1992). Although children have a great deal of experience observing and using normal sized furniture, in this activity, children are encouraged to design and construct tiny furniture. This exercise will push children to think through the connections between the furniture they see and use on a daily basis, and the much smaller items they aim to create (How can a tiny object be used to symbolize a chair? How big should the tiny chair be to match its surroundings?).

DeLoache, J.S. (1989). Young children's understanding of the correspondence between a scale model and a larger space. Cognitive Development, 4, 121-139. doi: 10.1016/0885-2014(89)90012-9

DeLoache, J.S., & Marzolf, D.P. (1992). When a picture is not worth a thousand words: Young children's understanding of pictures and models. Cognitive Development, 7, 317-329. doi: 10.1016/0885-2014(92)90019-N

Contributor

This activity was contributed by the Bay Area Discovery Museum. ©2016 Bay Area Discovery Museum. For more information and resources see BayAreaDiscoveryMuseum.org

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Children will consider scale, form, and function as they design and build tiny furniture to adorn the interior of miniature homes. Various recycled materials including plastic, wood, tile, fabric, foam, and paper Masking tape Scissors Bought or created tiny house (e.g.

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Aprenda a codificar para crear cuentos, arte, y juegos con Google CS.

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Aprenda a codificar para crear cuentos, arte, y juegos con Google CS.

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Un plan de estudios gratuito que facilita la enseñanza de la programación y la hace divertida de aprender.

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Enseña informática y programación a niños - CS First

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Enseña programación a niños con el plan de estudios gratuito CS First. Los alumnos pueden crear proyectos interactivos divertidos. Regístrate y empieza hoy mismo.

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Explora a los cursos de código o completa una Hora de Código.

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Explora a los cursos de código o completa una Hora de Código.

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Learn computer science. Change the world.

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Every student in every school deserves the opportunity to study computer science.

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32 COOL DRAWING TRICKS YOU'LL WANT TO TRY RIGHT AWAY

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Be creative and help people with engineering at DESIGN SQUAD GLOBAL. Watch videos, play games, try activities, and share designs with the community.

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Have you ever tasted an Arab taco?

When was the Arab taco invented?

What is shawarma?

Find it out

How are currency exchange rates determined?

What was the gold standard?

Which type of currency exchange rate system does the U.S. use?

Find it out
Which of the following is usually NOT a factor in determining currency exchange rates?

Test your knowledge

How can I use Wonderopolis?

What are the parts of a Wonder?

How do writers make a Wonder?

Find it out
Based on information from the Wonder, what was Lou Castro known for when he was alive?

Test your knowledge

What is an okapi?

Where do okapis live?

What do okapis eat?

Find it out

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Where the Wonders of Learning Never Cease | Wonderopolis

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Where the Wonders of Learning Never Cease

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Helping students learn through the joy, wonder, and fun of OK Go’s music videos.

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OK Go Sandbox is an online resource for educators that uses OK Go's music videos as starting points for integrated guided inquiry challenges allowing students to explore various STEAM concepts.

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There is nothing too hard.

There is nothing too big.

While others focus on the problem,

I will develop the solution.

What others view as difficulty,

I will see as opportunity.

I may not always succeed,

Failure is also a teacher,

giving me another test.

This planet is mine to protect.

This world is mine to make better.

Anything is possible, because

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There is nothing too hard. There is nothing too big. While others focus on the problem, I will develop the solution. What others view as difficulty, I will see as opportunity. I may not always succeed, Failure is also a teacher, giving me another test. This planet is mine to protect.

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Rewarding for teachers, easy for families, fun for kids- a love of reading is inside every Book Box.

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Makerspace or STEM projects for kids don't have to be complicated or expensive. In fact, some of the best projects use recycled or repurposed items like cardboard or soda bottles which means nothing to buy.

Below, we've compiled some of our favorite projects that are great for makerspaces.

Learn how to make a boat out of a soda bottle, create a car from cardboard and many more.

Get the FREE Makerspace Info Bundle

Build a simple circuit using a pizza box (no soldering required)

Create circuit tiles which are interchangeable blocks used to form different circuits.

Using a simple hobby motor and cardboard, you can make a frog robot that is very entertaining.

Learn how to make this simple foam boat with dc motor and homemade propeller.

These battery powered cars are super fun and can be made with a few basic parts.

Paper circuits are a really great way to learn the basics of circuits and electricity. Make light-up greeting card and more.

These bristlebots are a smaller version of the brushbot and use toothbrush heads and vibrating motors.

Make a flying airplane using cardboard, a coke bottle and a DC hobby motor. Really cool !

Create a vibrating and moving junkbot using everyday "junk" or items in your recycle bin.

Vibrobots are tiny robots powered by a vibrating motor. Design your own using scrap materials and spare parts.

Create this wobblebot and you will always have a best friend.

Make this super fast mini electric car using a 9v battery as the chassis. Experiment with designs to make it go faster.

Learn the basics of how a DC motor works by creating your own simple motor.

Make your own simple LED flashlight using popsicle sticks and copper tape. Learn how circuits and switches work.

Create this electric bottle car by reusing bottles and other recyclable materials.

This rubber band helicopter is simple and easy to create. Once you build one, you can experiment with other designs.

Marble runs are like an amusement park for marbles. Here are 10 marble runs you can create at your makerspace.

Create this simple hydraulic machine using a plastic syringe for the lift mechanism. Learn about a hydraulic system.

Using conductive and insulating dough, you can create squishy circuits that light-up, move and make noise.

This cardboard chair project is a great way to recycle and re-purpose cardboard into functional furniture.

These scribble bots are also known as scribble machines and are great for STEAM /Art activities.

Brushbots are a simple, fun type of robot that you can build out of arts and crafts materials.

Here are 3 simple STEM boats that don't need a DC motor. Learn how to make a putt-putt, paddle and balloon-powered boat.

Make your own cardboard hydraulic arm that focuses on the principles of hydraulic movements.

If you made one of these projects or are working on something else, tweet us at @Makerspaces_com

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25 Makerspace (STEM / STEAM) Projects For Kids | Makerspaces.com

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These STEM projects & activities for kids are perfect for the makerspace. Simple, easy and very cost effective. Make a car from cardboard or a boat from a soda bottle. Maker education is fun for all ages.

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Materials:

Crochet Hook

Yarn

Scissors

Needle (optional)

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Please click here if you are not redirected within a few seconds.

While there's no curriculum that will work for everyone, there are a few basic tips that will help you teach your little one to crochet .

1. Pick a suitable yarn and hook. Aim for a smooth, plain yarn. ...

2. Let the child pick their yarn (within reason, see above point). ...

3. Allow children to move at their own pace. ...

When can a child learn to crochet?

Is knitting or crocheting easier for kids?

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Please click here if you are not redirected within a few seconds. While there's no curriculum that will work for everyone, there are a few basic tips that will help you teach your little one to crochet . Pick a suitable yarn and hook. Aim for a smooth, plain yarn.

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STEAM Challenge: Build a structure you can balance on one finger (or your nose!)

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STEAM Challenge: Build a structure you can balance on one finger (or your nose!)

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I love giving my children open-ended challenges to complete. This STEAM engineering challenge was a hit, with plenty of trial and error and then some very cool designs in the end.

The challenge I gave to my kids was this:
Using the materials provided, build a structure with a single point that you can balance on your finger. . . or on your nose! This post is part of the 28 Days of STEAM Blog Hop, where you can find hands-on science, technology, engineering, art, and math projects for kids.
You can do this challenge with any of a variety of materials. We started out using the sticks and beads from our Spielgaben set along with some scotch tape.

We also pulled out our Zome Tools kit.

My son started with the Spielgaben set and after a few different attempts he managed to build a structure he could balance on his finger on just one point.

The next challenge was to balance the structure on his nose, and it worked as well! I challenged him to walk across the room like this and he was able to do it.

Next we started building structures with the struts and balls from our Zome Tools kit.

We experimented with several designs, and eventually built this wide structure that my daughter was able to place on her nose and walk down the hallway.

A few things we learned from this challenge:

The bottom of the side poles must be lower than the balancing point on your finger

Adding weight to the bottom of the poles helps

Keeping the weight balanced on both sides of the structure is important

Wider structures have more stability

To illustrate how wider structures provide stability, you may wish to show a video of a tight rope walker carrying a very long, wide pole, like this video of tightrope walker Nik Wallenda walking over the Chicago River between the Marina City towers.

More resources for STEAM learning

Most STEAM posts from Gift of Curiosity:

Looking for even more STEAM ideas for your classroom? Check out these printable resources:
Find more awesome building challenges on my Engineering Challenges Pinterest board.
Follow Gift of Curiosity's board Engineering Challenges on Pinterest.

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I love giving my children open-ended challenges to complete. This STEAM engineering challenge was a hit, with plenty of trial and error and then some very cool designs in the end. The challenge I gave to my kids was this: Using the materials provided, build a structure with a single point that you can balance on your finger.

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Challenge - Design a carrier for someone on crutches or in a wheelchair.

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Challenge - Design a carrier for someone on crutches or in a wheelchair.

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Parents, Educators & Engineers

The Invention Challenge

Invent a convenient way for someone using crutches or a wheelchair to carry small personal items.

Materials

1 armchair (represents a wheelchair)

crutches (at least one pair; more, if possible)

4 cardboard sheets per team (approx. 8.5x11 in.)

20 8-oz. paper cups

copier paper

rubber bands

string

duct tape

Brainstorm and Design

People who use crutches or wheelchairs have their hands occupied much of the time. This can make it difficult to carry lots of small personal items. Inventors like solving this kind of problem because it addresses a real need and has many interesting solutions. To help you brainstorm design ideas, answer the questions below.

What kind of stuff do people carry with them in their daily lives?

What are some different types of carriers? What kinds of carriers do you use every day?

How could these carriers be adapted for use by people in wheelchairs or on crutches?

Should your carrier be for crutches or for a wheelchair?

How will you attach your carrier to the crutches or wheelchair?

Build

Ready? Remember, it should be easy to put things into and take things out of your carrier. You may also want to design pockets for specific items, like a cell phone or a cup.

Test, Evaluate, and Redesign

It's big, so it holds a lot. But does it also get in the way or fall off? HINT: The crutch is a LEVER. By keeping the weight high, people won't have to swing extra weight out at the end of a lever, which is hard work.

Discuss What Happened

How did experiencing what it's like to be on crutches influence your design?

How easy is it to attach and remove your carrier?

Which carriers are easiest for putting in and taking out the items?

If your carrier fell off easily or was unsteady, how did you redesign it?

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Parents, Educators & Engineers Invent a convenient way for someone using crutches or a wheelchair to carry small personal items. 1 armchair (represents a wheelchair) crutches (at least one pair; more, if possible) 4 cardboard sheets per team (approx. 8.5x11 in.) 20 8-oz.

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It's cold out. We have been stuck indoors for days and the kids are bored. B.O.R.E.D. BORED! So I needed to come up with something fun, exciting and that took minimal time to set up. We came up with a Marshmallow Engineering Challenge that was not only fun, it was a great learning experience that had the kids working as a team. Win!

Marshmallow Engineering Challenge
Disclaimer: This post contains affiliate links
After our success making marshmallows that taste soooo much better than the store bought ones, I discovered I had a lot of marshmallows that we needed to use up. No one had any interest in eating them after tasting homemade ones. This made them the perfect tool for an afternoon of fun challenges.

What You Need To Do the Marshmallow Engineering Challenge

Marshmallows - Jumbo, regular and you can use minis too if you have them.
Toothpicks
Skewers
Chopsticks (we have a drawer full, so we used them but they aren't necessary)
12 inch ruler
Timer - I have a dragon hour glass that I have had for years. There is something fun about it that makes the countdown seem even more exciting! Mine lasts 5 minutes... oops! Should have confirmed that before starting!

Marshmallow Engineering Challenge

The challenge is relatively simple:

Using the items provided build a structure at least 12 inches tall that will support a jumbo marshmallow at the top, without tipping over, before the timer runs out.

To make it more challenging, limit the number of marshmallows, toothpicks and skewers provided or increase the height requirements.

Not surprisingly my oldest found this challenge relatively easy, but it turned into a great learning experience for my youngest. At first he was very focused on just making it tall enough to reach 12 inches. Quickly he realized just stacking the marshmallows wasn't going to work, they kept tumbling. So he used a skewer through the middle to hold them all together.

He kept measuring and adding more marshmallows to his skewered tower. Finally he was at 12 inches, but there was a problem, his stack kept falling over.

By this time his brother was done with his design, and it was standing strong. So he came over and helped his little brother figure out ways to adapt his build so it would stay up.

The boys had a lot of fun. Although even after all the fun and games were over, they still didn't want to eat those store bought marshmallows. My boys have been spoiled by homemade marshmallows!

We didn't want those marshmallows to go to waste, so we reused them to make a quick batch of marshmallow play dough which kept the kids busy for the rest of the afternoon. It was a great day of marshmallow fun!

MORE FROM STEAM POWERED FAMILY

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Marshmallow Engineering Challenge - Quick, fun, science

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Need a quick and easy educational challenge that kids will love, has a super quick clean up, and uses easy to find items? This Marshmallow Engineering Challenge is a fantastic engineering minute to win it type challenge that helps kids build their problem solving skills and can be adapted for a variety of levels.

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Use household items to create your own Rube Goldberg.

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Use household items to create your own Rube Goldberg.

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Hand Trap: String Trick Tutorial. SUPER EASY!

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Make any object/picture talk with Chatterpix Kids, a free app.

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Make any object/picture talk with Chatterpix Kids, a free app.

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Simply take any photo, draw a line to make a mouth, and record your voice. Then share your Pix with friends and family as silly greetings, playful messages, creative cards, or even fancy book reports. And best of all, it's FREE! AGES: 6-12.

"ChatterPix Kids" does not collect any personal information or include sharing features.

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Simply take any photo, draw a line to make a mouth, and record your voice. Then share your Pix with friends and family as silly greetings, playful messages, creative cards, or even fancy book reports. And best of all, it's FREE! AGES: 6-12. "ChatterPix Kids" does not collect any personal information or include sharing features.

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Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

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Learn how to draw something new with Art for Kids Hub Videos

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Learn how to draw something new with Art for Kids Hub Videos

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Art For Kids Hub - Art Lessons - How To Draw For Kids

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Welcome to Art For Kids Hub! Here you’ll find all kinds of art lessons for kids, including how to draw for kids, even painting and origami for kids.

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Create a Stop Motion Movie Possible Ideas: Your favorite part of a book, a science phenomena, a Lego adventure, a kindness story, or your own wonderful idea.

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Create a Stop Motion Movie Possible Ideas: Your favorite part of a book, a science phenomena, a Lego adventure, a kindness story, or your own wonderful idea.

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Create art, stories, video games and more with Google CS (Computer Science).

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Create art, stories, video games and more with Google CS (Computer Science).

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CS First has been turned down - CS First Help

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Google’s CS First was turned down on June 30, 2025. When CS First launched in 2013, the intention was to provide much-needed resources for K-12 computer science education. The landscape has since evol

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Work on a coding course or try different Hours of Code at www.code.org

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Work on a coding course or try different Hours of Code at www.code.org

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Code your fuzzes through different mazes and create your own on the Kodable app.

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Code your fuzzes through different mazes and create your own on the Kodable app.

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Programming for kids, made with love. Easy to follow lessons focused on student outcomes so you can teach your students to code.