TNCS Camp Invention 2016 Is Epic!

“This tessellation of hexagons represents he collective wisdom, experience, and insights of some of our nation’s greatest innovators, the Inductees of the National Inventors Hall of Fame. Each individual hexagon builds and strengthens the whole piece, just like each person’s invention contributes to the greater power of American ingenuity.

For four summers running, The New Century School has hosted Camp Invention, a week-long day program and the brainchild of the National Inventors Hall of Fame in partnership with the United States Patent and Trademark Office. Presenting kids with real-world challenges that encourage them to solve problems and present their solutions through themed, scientific, engaging hands-on investigation, the Camp Invention program integrates four key components: 1) STEM enrichment, 2) consistent and effective implementation, 3) collaboration and other 21st-century skills, and 4) teacher and student development (read details here).

Camp Invention adopts a new curriculum each summer to ensure that participants have a dynamic and memorable camp experience. This year, the theme was “Epic!,” and there’s no doubt that it was aptly named. Joining the TNCS campus for the first time were seasoned Camp Director Beth Allen and Co-Director Lynnette Haynes, who are teachers at Westchester Elementary School teachers in Catonsville as well as their Camp Counselor Morgan.

Ms. Allen has been running Camp Invention for 15 years and says she loves the program, “It’s great for kids,” she explained, “because it’s very hands on and nothing is ‘cut and paste’—all work comes from the kids’ imaginations and what is important to them. They are the creators.”

The Epic! participants.

All in all, there were 52 “creators” entering 1st through 5th grade to participate in Epic! As in years past, Epic! was divided into four modules that campers cycle through each day:

1. CrickoBot^TM: Solar-powered robotic crickets are the name of the game! Campers created cricket-inspired inventions to outsmart motorized spider predators, build cricket-sized tire swings and trampolines, and explore the science of sound by investigating how crickets chirp. Friends challenged one another to Chirp-Offs, where they played their musical instrument inventions.

In CrickoBot,™ here’s how children merged STEM concepts with real-world challenges:

Powered a circuit using solar energy
Explored biology and the unique characteristics of crickets
Engineered inventions inspired by a cricket’s unique abilities to shed their exoskeleton, create sound, and jump great distances
Designed cricket and spider bots that move using a vibrating motor and counter balance
Used physics and motion concepts to produce cricket-sized inventions

2. Epic Park^TM: Campers geared up and designed zip lines, water flumes, and hi-tech eco-gear! Ed Venture and Angel Investor needed their help to develop the latest and greatest tourist attraction because the dynamic duo just purchased Epic Park, located on a beautiful island filled with rainforest areas, waterfalls, sandy desert stretches, steep cliffs, and rolling hills that all lead down to the ocean. Angel and Ed—who happen to be crazy about all things adventurous—were looking for innovative thinkers to team up and pitch their most cutting-edge, green-energy designs for the future of Epic Park.

In Epic Park,™ here’s how children merged STEM concepts with real-world challenges:

Designed tree houses that integrate simple machines
Discovered Epic Park’s ecological diversity and unique terrain
Built prototypes and models of innovative eco-adventures
Pitched their Epic Park models for the chance to be co-owners by creating a commercial

3. I Can Invent: Maker Studio^TM: Campers repowered the motors, gears, lights, fans, and components found in broken machines to make their own innovations in the Maker Studio! For inspiration, they spun the Inventor Challenge Wheel to hear a video challenge from National Inventors Hall of Fame Inductees and Collegiate Inventors Competition Finalists and Winners. Everyone spent time exploring the science of 3D printing and tinkering with circuits to get their wheels turning in a new direction as they prepareed to make The Next Big Thing!

In I Can Invent: Maker Studio,™ here’s how children merged STEM concepts with real-world challenges:

Exercised authentic STEM exploration as they applied reverse engineering to disassemble broken appliances and redesign them into prototypes
Expressed ideas through writing and sketching in their Inventors Log
Used creativity, innovation, design engineering, and design thinking to engage in problem-based learning
Increased their understanding of the value of Intellectual Property and the roles that patents, trademarks, and copyrights play in the landscape of innovation

4. The Lab: Where Pigs Fly^TM: Campers explored demolitions, coding, squid, slime, and sound-activated lights in The Lab: Where Pigs Fly and anything is possible! As scientists, programmers, and biologists, campers tested out a dozen or so experiments in the Camp Invention Laboratories. Each day brought exciting new challenges, from demolition and cup tower explosions, to programming and coding, to the chemistry of polymer slime and spinning disco ball circuits.

In The Lab: Where Pigs Fly,™ here’s how children merged STEM concepts with real-world challenges:

Used a wrecking ball and mock dynamite to demolish structures
Coded a programmable robot
Designed a device to collect marine specimens
Explored geometry and angles as they bounce light
Conducted chemistry experiments to make their own slime

Thus, each module intersected with and built on the others, resulting in kids really making the connection between what they were doing and why. As for inventions, they made robots (there were a lot of robots!), a “homework helper” (a motorized pen to get that homework done faster!) and much (much—see photos for the state of the TNCS gymnasium during Camp Invention week!) more.

Ms. Allen was excited that 2016 was the first year campers could integrate lights and motion in their creations. “Their prototypes didn’t always work out the way they expected, but the kids were so engaged in what they were doing and happy to see where their imaginations would take them,” she said.