Techniques include 3D paper and cardboard construction building, sequencing and coding concepts, color coding, Blockly coding, and embellishing techniques.This camp will be a roaring good time! Skills learned in Animal Science:
#SUPERDUPER ARTS CAMP CODE#
Campers will construct 3D paper models of the depths of the Pacific Ocean or the vastness of the Sahara Desert and code their robots to interact with a variety of ecological settings. Thanks to the help of their robot, they'll move throughout the world in a way that's not just fascinating but fun. Campers will be whisked off to the depths of the oceans, traverse across expansive deserts and blend in with their habitats to learn about wildlife. What if we told you that humans have a way to study animal behavior and that robotics is the key to making it happen? With art and creativity combined, your future scientist will learn about robotics’ role in animal science and how research impacts the lives of animals.
With a combination of art and creativity, your future scientist will learn how robotics plays a role in this vital branch of science and how current research of living organisms impacts our everyday ecosystems. Robots will come to life to interact with creations that explore animal habitats and ecosystems. In this program, kids learn the basics of robotics by building 3D paper models, then using our robot’s color-coding system. Did you hear about the robo-squirrel that scientists used to see whether a wagging motion of their tail could keep rattlesnakes at bay? Or what about the mechanical bee that helped guide colony members to nectar and pollen supply, helping to save the species? “Shark!” has a different ring to it when you know that it’s actually a rubbery crewless underwater vehicle, circling to keep divers out of harm’s way.
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