01 Flow Cell Parts
Organization: MIT Brushett Chemical Engineering Lab
Tools & Methods: Fusion 360, Mastercam, ProtoTRAK GCD Mill
Personal Contributions:
- reshaped materials, generated tool paths for manufacturing, and
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Pictured on the right are parts of a flow cell, a device meant to regulate fluid and gas flow for chemical reactions, I manufactured for the purpose of isolating hydrogen from water.
02 Specchio
Organization: Tufts Robotics Club
Tools & Methods: Fusion360, 3D Printing, Soldering Iron, Water Jet
Personal Contributions:
- majority of the CAD for the project
- designed the weapon attachment/rotation assembly to fit the motor specifications
- soldered everything
- machined the weapon using the water jet
This is a battle robot manufactured for Tufts Robotics Club. It utilizes a low profile design and spinning blade to dislodge opponents' wheels to make them off balance.
03 Isle of Man Boomerang
Organization: Personal Project
Tools & Methods: Fusion360, 3D Printer, CNC
Pictured on the left are the various design and manufacturing stages of a tri-wing boomerang I designed and fabricated to look like the emblem on the Isle of Man Flag.
Personal Contributions:
- developed various iterations of the CAD model for the boomerang using lofts
- ran CFD to establish similarities between my model and a traditional tri-wing boomerang
-add 3D tool pathing
- manufactured an iteration of the boomerang with a 3D printer
04 Beaver Box
Organization: Conservation Ambassadors
Tools & Methods: MIG welders, rivet gun
A conservation zoo in Southern California required a larger habitat for their two beavers. My team and I manufactured it out of metal and corrugated plastic for durability and rust resistance.
- researched beaver behavior and habitat requirements
- developed the shelter design around the daily habits of the animals, their physical characteristics, and the constraints of the enclosure
- fabricated the structure using MIG welding for the angle-iron frame and a rivet gun to attach the plastic
