The Olin College Aquaculture Profiler research team on a site visit to an aquaculture farming facility.
Left to right: Shawn Alberson, Sander Miller, Sofia Goldberg, Lilly O'saurus, Zoie Leo, Dr. Jeff Dusek
OCAP Proposal Rendering. This project received an MIT Sea Grant.
Researched available sensors and robots used in aquaculture pen monitoring. Crafted a hydrodynamic motor/robot testing rig, waterproofed hull to protect electronics underwater, and developed prototypes to address biofouling challenges in ocean environments.
Conducted interviews with various customer groups within the aquaculture industry and gathered valuable feedback. Orchestrated and coordinated a site visit with Cooke Aquaculture, enhancing our understanding of industry needs.
Ensuring cleanliness and PH levels of the pool in the Large project Building
Propeller motor candidate
Hydro Foil and hydro dynamic motor casing
Testing Apparatus
Setting up hydrodynamic arm for lap testing
lap testing of the robot
Rendering done by Lilly to show the scale of the project.
SolidWorks rendering of the robot design. With three sealed pressure hulls of battery cells, two sealed pressure hulls for electronics and sensors, secure ribbing to hold together the structure, a propellor motor, green supports to hold the nitrogen/oxygen sensor, and purple lift handles for ease of use when deploying.