Messy Goes to Okido Season 1 Episode 27 Building Bridges
- April 2, 2016
Messy Goes to Okido is a colorful animated show designed to teach young viewers about scientific concepts. In season 1 episode 27, titled "Building Bridges," Messy and his friends explore the world of engineering and construction.
The episode begins with Messy and his friends on an adventure to cross a ravine in Okido. They discover that the bridge they usually travel on is closed for repairs, so they must find another way to cross. This leads them to explore different forms of bridges such as arches, suspension bridges, and drawbridges.
The gang meets Zim, a bridge-building robot who helps them understand the science behind bridges and the various forces that act upon them. Zim explains that bridges must be designed to withstand different types of stresses such as tension, compression, bending, and shear. He also teaches them about the importance of selecting the right materials and building techniques.
As the group learns more about bridges, they embark on a challenge to build their own bridge using only straws and tape. They experiment with different designs and techniques until they find one that can support Messy's weight. This segues into a larger discussion on the importance of engineering in our everyday lives and how it has changed over time.
Throughout the episode, Messy and his friends are encouraged to think creatively, problem-solve, and work together to achieve their goals. They learn about the power of experimentation, perseverance, and collaboration.
The show is interactive, with an emphasis on asking questions and encouraging viewers to think critically about the world around them. It uses humor, music, and engaging visuals to capture the attention of young viewers.
Overall, "Building Bridges" is an entertaining and educational episode that provides a foundational understanding of engineering and construction concepts. It teaches children the value of creative thinking and problem-solving while inspiring an interest in engineering and design.
