Parents, Educators & Engineers

Dream It. Build It. Teach It!

Get kids excited about engineering.

Recently in Design Category

Not many kids get to see their ideas for new inventions become reality, but Lilly, MaryAnn, and Daniel are exceptions. As winners of our 2010 Trash to Treasure competition, they worked with professional engineers at Continuum, a global innovation and design consultancy, to turn their ideas into real working products. And oh, what cool ideas they are.

Thumbnail image for Lilly-t2t.pngAfter seeing a dunking booth at a fair, Lilly thought of making one for her own backyard parties, and came up with the idea of the Sibling Soaker: a device that breaks a water balloon over someone's head (preferably a sibling, it seems). "Throw, hit target, break water balloon, douse annoying sisters!!"

daniel-t2t.pngDaniel designed the MiBike: an all-weather bicycle. His inspiration? Too many walks to school in the rain. "You ride it like a bike, but you have side mirrors, a roof (to block the rain/snow) and a storage compartment for all your books, pencils, backpacks, etc."

maryann-t2t.pngMaryAnn's Smarter Toilet conserves water with every flush. Based on the idea of putting a brick in your toilet tank to save water, the Smarter Toilet uses a bottle and plunger design that allows control over how much water is flushed. "My invention will save millions of gallons of water. More then 40 percent of daily water requirements are used by toilets." (Because of her Smarter Toilet, MaryAnn received an invitation to the White House Science Fair and shook hands with POTUS himself!)
 
Oh, and another bonus for winning? Lilly, Daniel, and MaryAnn starred in the season finale of Design Squad Nation in the aptly-named episode, Trash to Treasure.
 


Inspire your kids to be inventors, too. Show them the Trash to Treasure episode and use it as a jumping off point to challenge them to think about how they can improve the world.

Check out the Invent It, Build It Guide for six invention-themed hands-on challenges, and encourage your kids to get active in the Projects section of the DSN website where they can make wishes for new inventions, sketch ideas, and post photos of prototypes they build.

Want to give your kids a chance to show their stuff to the world like Lilly, MaryAnn, and Daniel did? Encourage them to participate in this year's DSN contest and BUILD BIG! 
 
And so I ask you, dear readers, to ponder this: What's the greatest invention of all time?


Ever wish you could fly? Thanks to Red Bull's Flugtag competition, you can try.

German for "flying day," Flugtag gives everyday people a chance to achieve flight by challenging them to build homemade, human-powered flying machines and pilot them off a 30-foot high deck--into the water below it. And that's just what Adam and Judy did with the help of Felipe, a 15-year-old pilot in Miami, in the two-part episode One Giant Leap.

The aircraft (and I use that term loosely) are judged not only on distance, but on creativity and showmanship as well. Think flying hamburgers, muscle-bound torsos, cakes, wrestlers, trailer parks, and clowns in fire trucks. No, really.

Our gang teamed up with NASA to build a glider-inspired design that made an impressive showing in distance and style in front of a crowd of 85,000. Want to find out how we did? Check out Part 1 for the build and Part 2 for the competition. Seeing really is believing.





This episode packs a punch with the cool, creative, and fun side of engineering. You can also use it to teach engineering concepts related to space and flight--like buoyancy and air resistance. Take advantage of these resources from the Educators Library:

Hands-on Activities:
  • Sky Floater: Make a helium-filled balloon hover in one spot, then move it around the room without touching it.
  • Sky Glider: Use two helium-filled balloons to build a blimp that can travel in a straight path across the room.
  • Blimp Jet: Add a jet-propulsion system to a Sky Glider blimp so it flies under its own power.
  • Touchdown: Build a spacecraft with a shock absorber that will protect marshmallow astronauts when they land. Watch a demo.

Animations:

Video Shorts:
Engineer Profiles:
  • Blimps - Mark Caylao
: Meet an engineer who maintains and operates some of the world's largest blimps--for everyone from presidential candidates to the military--for things like research surveillance, and security.
  • NASA Toilet - Evan Thomas: Meet an engineer who designs water recovery and purification systems for NASA astronauts in space, and then applies similar principles in Rwanda as a volunteer for Engineers Without Borders.
  • GigaPan Camera - Leila Hasan: This engineer combines creativity with technology as the lead engineer for the GigaPan, a robotic device that takes high-resolution panoramic images.
Bonus Episode:
  • Band Cam: Teams use balloons to build flying video cameras.

Engineering in the form of flying rubber duckies, smart phones, and pretty much anything else you can dream up... I've seriously got to get myself to Flugtag next year.

If you're feeling inspired to build something giant with your kids (without the 30-foot-high launch), don't miss our BUILD BIG contest. No flight, or swim, required.

What design would you like to see entered in next year's Flugtag competition?

Bienvenidos a Cusmapa

user-pic
San José de Cusmapa is a small, rural town in northern Nicaragua. It is surrounded by mountains and trees and is known for its breathtaking views. Cusmapa is home to a vibrant and close-knit community, dedicated to the future of its youth despite its limited resources. The children of Cusmapa are proud of their town, but dream of having a dedicated space in which to play. In DIY Playground, Adam and Judy work with the children of Cusmapa to build the playground of their dreams.

With help from the Fabretto Children's Foundation and volunteers from RoadMonkey Adventure Philanthropy, the entire community pitches in to build Cusmapa a playground, based on the children's own designs.

Can somebody say zip line?



This episode warms the heart, but it's more than just a touching story of community and teamwork. It's a great example of how engineers make a difference in the world, and how what they create can improve our lives.

You can use DIY Playground to teach your kids engineering concepts (like force, energyfriction, gravity, materials, and more).  Pair it with these resources from our Educators Library:

Hands-on activities:
  • Zip Line: Design a way to get a Ping-Pong ball from the top to the bottom of a zip line string. Watch a demo.
  • On Target: Modify a paper cup so it can zip down a line and drop a marble on a target.
  • Get Moving Game: Invent a game that gets everyone up and moving.
Animations:
Video shorts:
Engineer profiles:
Bonus episode:
  • Backyard Thrill Ride: Design Squad teams bring the adrenaline rush of an amusement park ride to a 13-year-old's backyard.

In San José de Cusmapa, dreams really do come true. Encourage your kids to dream it, build it, live it, too.

Comment on this post on Facebook.
Beatriz is a high school student in Emeryville, California with two passions: music and bicycles. Building bicycles, to be exact. (This girl knows her way around a blow torch.)

Beatriz loves to create and wants to build something unique that combines her two passions--sounds like just the challenge for our favorite pair of engineers. In Musical Bike, Judy and Adam help Beatriz design and build a pedal-powered pipe organ.

You can use Musical Bike as a launching point to teach your kids the science and engineering of sound. Watch the episode and read on for more!



Ready to get your hands on a blow torch, too? Before you pull your old Schwinn out of the garage, check out the wealth of educator resources that support Musical Bike.

Hands-on Activities:
Build a Band: Build a four-stringed instrument and use it to play a tune. (45 min.)
Headphone Helper: Add headphones to a Build a Band instrument to make it easier to hear. (45 min.)
Watch a demo of both activities.

Online Game:
String Thing: Manipulate a virtual string's tension, length, and gauge to produce different musical pitches. (Go ahead, unleash your inner Jimi Hendrix!)

Animations:
What Is Sound? (30 sec.)
What Is Pitch?
(30 sec.)
How Do String Length, Tension, and Gauge Affect Pitch? (30 sec.)
How Does Pipe Length Affect Pitch?
(30 sec.)
Pedal-Powered Organ (1m 24s)
Pipe Test (1m 30s)
How Does Welding Work? (30 sec.)

Video Profile:
Submarine Sonar - Lt. Darrin Barber: Electrical engineer Lt. Darrin Barber plumbs the depths of sonar technology in his work on one of the U.S. Navy's newest and most high-tech submarines, the USS Texas. (2 min.)

Bonus Sound Episodes:
Rock On: Design Squad teams create original musical instruments for a rock band.

Bonus Bike Episodes:
Garden-to-Go: Adam and Judy help two kids design and build a pedal-powered mobile garden. 
Tour de BBQ: Design Squad teams compete to build a bicycle-powered rotisserie for a BBQ Restaurant.

Okay, now go get that Schwinn...

Comment on this post on Facebook.

The House of DSN

user-pic
Take note fashionistas: Design Squad Nation has gone haute couture. The House of Chanel may have some competition.

In the two-part episode A Cut Above, Judy and Adam get chic in the fashion capital of the world: New York City. They meet up with Eduarda and Juan, two up-and-coming designers whose dreams are about to come true.

Fashion designer and Project Runway winner Christian Siriano challenges Juan and Eduarda to showcase their individuality and creativity by reinterpreting a gown from his 2010 collection. Adam and Judy use their engineering know-how to add a little extra somethin' somethin' to Eduarda and Juan's dress designs, and the stakes gets serious when Teen Vogue gets involved.

Watch Part 1 and Part 2 of A Cut Above and read on to find out how you can use it to teach your kids about engineering.





Holy runway drama! Bottom line? Mixing fashion and engineering is like mixing stripes and florals--totally daring but absolutely fabulous (when well-executed, that is). Here's how to use A Cut Above to add an exciting twist to concepts of engineering:

1. Focus on electricity.

Adam helps Juan bring new meaning to bling with their LED-lit dress. Pair the episode with:
  • Hands-on Activity: Dance Pad Mania - Build a dance pad that sounds buzzers and flashes lights. (45 min.)
  • Profile: Computer scientist and Dot Diva: Anamary Leal develops 3-D fashion design software that allows the user to envision what a finished piece will look like.
2. Focus on structures and materials.
Judy and Eduarda use a folding technique to give more structure to their dress's fabric. Pair the episode with:
  • Hands-on Activity: Paper Table - Build a table out of newspaper that can hold a heavy weight. (45 min.) Watch a demo. (1 min.)
  • Video Profile: High-Tech Tents-Connie Yang - Mechanical and design engineer Connie Yang uses unusual materials in her high-tech tent designs for NEMO Equipment. (1 min.)
  • Bonus Episode: Functional Fashion - Design Squad teams compete to design the best dual-purpose clothing. (28 min.)

As Project Runway's Tim Gunn would say: Make it work! Show your kids how to be fashion-forward with engineering.

Read Teen Vogue's Q&As with Eduarda and Juan, check out their behind-the-scenes photos, and comment on this post on Facebook.
It's a big day here at Design Squad Nation. It's the premiere of our first episode, Apache Skateboarders!

Our season of high adventure engineering begins on the White Mountain Apache Reservation in Arizona. Adam and Judy team up with Ronnie--a 17-year-old member of the 4 Wheel War Pony skateboarding team--to build a skateboarding street course. Engineered to be modular, durable, and weather-resistant, this is the skate park of Ronnie's dreams.



Totally rad, right? But how can you use this episode as a teaching tool? Why, I'm so glad I asked. Here's the rundown:

Use Apache Skateboarders to teach Force and Energy. Pair it with resources from our online library, especially for educators. Everything you need is here.
  1. Introduce the concepts with the animation How Can Potential Energy Be Used to Do Work? (30 sec.)
  2. Show the Apache Skateboarders episode (26 min.)
  3. Challenge kids to explore energy, hands-on, by building a Rubber Band Car. (45 min.)
  4. Make career connections with video profiles of engineers in related fields. Show Roller Coaster-Chris Gray and Snowboards-Chris Fidler and Scott Keller.
And there you have it. Now, go get those kids stoked on engineering!

Got comments? Share them with us on Facebook.
Event season, that is. We're gearing up for some big events in 2011, and I'm thinking you may be, too. Well, big events need big activities. Enter Pop Fly: SUPER SIZED!


Our Engineering Advisor, Zoz, used wood planks and surgical tubing to make this giant Pop Fly.


By far our most popular activity at events, the table-top version of Pop Fly has kids use paint stirrers, a wooden spool, tape, and their feet (!) to send a Ping-Pong ball flying into the air. I mean really, is there a more exciting way to learn about simple machines and levers?

If you have an event on the calendar, big or small, consider giving Pop Fly a try. It's sure to be a hit at any size! And if you want to see the giant Pop Fly in person, join us at these events:

Jan. 15: Design Squad Nation Family Day, New York Hall of Science, NY
Feb. 19: Discover Engineering Family Day, National Building Museum, DC
Feb. 26: Design Squad Nation Ingenuity Day, Lawrence Hall of Science, Berkeley, CA

Hope to see you there!