The Cheetah Project captures the speed and elegance of nature’s fastest animal through a kinetic robotic model. Powered by Arduino, mini servos, and a scissor-lift mechanism, the design recreates the cheetah’s leaping motion, merging biomechanics, engineering, and creativity in an educational exploration of biorobotics.
The Cheetah Project captures the speed and elegance of nature’s fastest animal through a kinetic robotic model. Powered by Arduino, mini servos, and a scissor-lift mechanism, the design recreates the cheetah’s leaping motion, merging biomechanics, engineering, and creativity in an educational exploration of biorobotics.
The Cheetah Project captures the speed and elegance of nature’s fastest animal through a kinetic robotic model. Powered by Arduino, mini servos, and a scissor-lift mechanism, the design recreates the cheetah’s leaping motion, merging biomechanics, engineering, and creativity in an educational exploration of biorobotics.
The Elephant Project invites viewers to discover technology inspired by nature. With its 3D-printed form and Arduino-powered mechanism, it recreates the graceful movements of an elephant’s trunk. Blending biology, engineering, and art, the work showcases the creative potential of biorobotics.
The Elephant Project invites viewers to discover technology inspired by nature. With its 3D-printed form and Arduino-powered mechanism, it recreates the graceful movements of an elephant’s trunk. Blending biology, engineering, and art, the work showcases the creative potential of biorobotics.
In this interactive workshop, students will explore the world of bio-robotics by examining the movements of elephants, insects, and cheetahs. Using pre-designed 3D-printed puzzle kits combined with LEGO components, participants will construct robotic systems that mimic the unique biomechanical motions of these animals—such as an elephant’s trunk-grabbing, an insect’s wing-flapping, or a cheetah’s swift limb motion.
Students will assemble these kits into functional bio-robots, integrating motors, sensors, and Arduino-based programming to bring their creations to life. This hands-on experience introduces essential engineering concepts while fostering creativity and problem-solving through guided experimentation.
By the end of the workshop, participants will have designed and programmed bio-robots that demonstrate nature-inspired motion, gaining foundational skills in robotics, biomimicry, and teamwork. This engaging experience highlights the innovative potential of combining biology and technology.
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