The SeaWolf Engineering student team have worked throughout the semester to design a hydro powered fish waste disposal system that is to be placed in the Kenai/Russian River Confluence area in Cooper Landing, Alaska.
The target of this capstone is to create a web-server for computing and analyzing atmospheric and oceanic flows. Atmospheric and oceanic flows play an important role in the transport of any pollutant in the atmosphere or in the ocean.
The purpose of this capstone was to not only create a sensor system which was capable of detecting obstacles in a user’s path and notify them, but to also keep the price of the device low enough that feasible anyone could afford it.
Students: Riley Bronga, Jessica Farrell, Joshua Smith and Gabriel Thomas Faculty Advisor or Community Project Lead: Osama […]
This project group completed a Design Study Report (DSR), a design planset complete with typical sections and singing and stripping drawings that specifically focused on the health, safety, and wellness of; drivers, non-motorized operators, and pedestrians within a municipality that did not currently have a solution to high speed vehicle interaction with a non-signed, and a non-lit cross walk.
Students: Audrey Russo (Project Manager), Bill Columbus, Darya Hurskaya, Tara Walter Faculty Advisor or Community Project Lead: […]
Students: Anna McKay, Donovan Parker, Jenna Sparrowgrove, Evan Tyler, Tom Winkler, Stephen Nuss. Faculty Advisor or […]
Students: Zach Baker, Jean Cumlat, Seth Wise, Ciara Teilborg Faculty Advisor or Community Project Lead: Osama […]
An increased concern in the environment’s health in different ecosystems has sparked a need for instruments that can measure different aspects of each system.