Designed to encapsulate the "free, explorative and iterative process" of play, the Knotty toy collection helps train and engage children for a future of innovation. Designed by Saki Maruyama and Daniel Coppen, this unique toy collection features a push button, shake sensor and sound sensor, each of these items can then be connected by a "special rope" to three outputs. The outputs include a motor, LED light and a buzzer.
The connection made using the "special rope" creates an electric current and allows the two pieces of the toy collection to interact. The rope can be used with all the Knotty toy pieces and is meant to encourage innovation through experimentation. The inherent open nature of the Knotty toy allows for free play and is meant to help children develop creativity and personal interests.
What's Driving This Trend
- Open-ended Toys
- The development and production of toys that promote open-ended play encourages creativity and innovation in children.
- Interactive Toys
- Toys that encourage interaction and experimentation, like the Knotty toy collection, help children to develop skills that will be useful in future innovation.
- Electronic Toys
- Electronic toys, such as those that use a push button or shake sensor, offer unique and engaging experiences for children and provide opportunities for innovation in programming and circuitry.
Who This Affects Most
- Toy Industry
- The toy industry has the opportunity to develop toys that promote open-ended play and exploration, encouraging creativity and innovation in children.
- Education Industry
- Educators have the opportunity to incorporate open-ended toys into their curriculum, allowing children to develop problem-solving and critical thinking skills through play.
- Tech Industry
- The tech industry can explore new ways to integrate technology into toys and playtime, encouraging innovation in programming and circuitry at a young age.
