Paul Titchener
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  • Academic Projects
    • Mechanical/Design>
      • Principles of Engineering: Robotic Flowerpot
      • Design Nature: Crab Toy
      • User Oriented Collaborative Design: The Gearhead Garage
      • Mechanics of Solids and Structures: Bridges
      • Principles of Engineering: Custom Servomotor
      • Design Nature: Hopper Toy
    • Software/Electrical Projects>
      • Software Design: Genetic Algorithm for Proportional Control
      • Real World Measurements: Chameleon Cube
      • Modeling and Control: PWM Phototropic Servo Controller
    • Physics/Math>
      • Dynamics: Trifilar Pendulum
      • Modeling with Probabilities: Bit Error Rates
  • Personal/Team Projects
    • Robot-X Sonar Mounts
    • 3D Printer Design
    • CNC Router
    • SolidWorks Projects
    • FIRST Robotics
  • Resume
  • Photography
Picture
The goal of this project was to create a toy that could "hop a significant height with relation to it's size." The easiest way to do this would be to make the smallest and lightest device possible. However, I wanted to build something a little more interesting, and decided to mimic a species of rolling caterpillar that jumps to run away from a predator. To do this, I designed a system of 6 segments that were pulled into a circle by a piece of elastic tubing. Two suction cups held it down onto a surface for a brief period. One suction cup then released, randomly either one, first creating a spin, and then causing the other to release. The entire device then jumped into the air and rolled away as it hit the ground. 

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