A WEE PORTFOLIO
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    • Argo AI
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    • WALL-E
    • Senior Year ('13-14) >
      • NREIP Internship at SSC Pacific Unmanned Systems Group
      • A Tetris-Playing Robot Arm
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      • Research at Olin Summer 2014
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      • My Experience as a PoE Ninja
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      • C-2 Innovations, Inc (C-2i)
      • SnotBot
      • Mechanical Design
      • Archaeology (ANTH 60A)
      • Principles of Engineering
      • Robo 2
      • Making Food From Scratch: A Passionate Pursuit
    • Sophomore Year ('11-12) >
      • My semester at USC
      • SailBot
      • Voith-Schneider Propeller (VSP)
    • Freshman Year ('10-11) >
      • Modeling and Simulation
      • Design Nature
      • Materials Science
      • Real World Measurements
      • FBE
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Research  at  Olin  College  (Summer 2014) 

This summer I was the project manager for the OysterBot project and helped out with the various other projects going on in the lab, such as our robotic tuna submarine and SnotBot.


UPDATE 11/17/2015:  I   Can   Now  Talk  About  Oysterbot.  I   present  to  you-- Locus Robotics

Picture
Early prototype testing
Picture
Side view as we got ready to transport the vehicle to our sponsor's location.
Picture
The actual product, about 2 years after my team's first prototype. (Image courtesy of the Locus Robotics website, locusrobotics.com)
Check out Locus Robotics (they've got a great video of the product on their website).

One of our earliest tests at Olin with our given sensor payload (at the time, we used a series of Sharp infrared sensors to be cost effective).

Olin Tuna-inspired robotic submarine

This project was all about going back to the basics-- could you use a waterproof servo and some cables to move a short segment of the tail to then propagate that motion through the rest of the tail?

(With a real fish, if you hold it from its head and wiggle it from side to side, you'll see that the entire body follows through with the motion, so it seemed pretty plausible.)

We hooked up a few cables and had it swim around the pool-- it worked! (Then it was Justin's turn to bash on how to optimize the tail motion and look at cool vibration designs....)
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  • Home
  • About Me
  • Post-Olin ('15-Present)
    • Argo AI
    • Carnegie Robotics, LLC (CRL)
    • WPI MS in RoboE >
      • Capstone
      • Robot Dynamics
      • Robot Controls
      • Concepts of SysE
      • Software System Design
      • Ethics
      • ETR 500: Travelers
    • Helping further STEM Education
    • Traveling through Southeast Asia
    • Ocean Alliance: Conservation Tech for Whales
  • Olin
    • WALL-E
    • Senior Year ('13-14) >
      • NREIP Internship at SSC Pacific Unmanned Systems Group
      • A Tetris-Playing Robot Arm
      • Senior Capstone Program in Engineering (SCOPE)
      • Controls
      • Design for Manufacture
      • Research at Olin Summer 2014
      • Computational Robotics
      • Jazz Theory
      • My Experience as a PoE Ninja
    • Junior Year ('12-13) >
      • C-2 Innovations, Inc (C-2i)
      • SnotBot
      • Mechanical Design
      • Archaeology (ANTH 60A)
      • Principles of Engineering
      • Robo 2
      • Making Food From Scratch: A Passionate Pursuit
    • Sophomore Year ('11-12) >
      • My semester at USC
      • SailBot
      • Voith-Schneider Propeller (VSP)
    • Freshman Year ('10-11) >
      • Modeling and Simulation
      • Design Nature
      • Materials Science
      • Real World Measurements
      • FBE
  • Publications
  • Art