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Eric Boget

Principal Engineer

Email

boget@apl.washington.edu

Phone

206-685-1971

Research Interests

Research Vessel Operations

Biosketch

Eric Boget is a Principal Engineer at the Applied Physics Laboratory University of Washington. In this role, he provides project management and engineering support for APL field programs including oceanographic systems design, fabrication and installation. Eric’s primary focus and expertise is the deployment and recovery of complex oceanographic systems at sea. In addition, Eric manages the Applied Physics Laboratory’s coastal research vessels. Eric holds a Bachelor’s degree from the US Merchant Marine Academy and is licensed by the US Coast Guard as both a Master and Engineer. He joined the laboratory in 1990.

Department Affiliation

Ocean Engineering

Education

B.S. Marine Engineering and Transportation, U.S. Merchant Marine Academy, 1984

Videos

A New Home Port for the Laboratory's Vessels

A modern and safe modular floating dock for APL-UW's research vessels has replaced the 70-year-old steel and foam structure.

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10 May 2023

As supporting infrastructure for the research fleet, the dock is a critical component of the Laboratory's ability to design, develop, and test sensors, instruments, and platforms at sea that will ultimately be deployed in the world's oceans to conduct sponsored research.

The dock's proximity to Laboratory and University facilities makes transfers of personnel and research equipment from shore to ship seamless. The investment in this critical facility underscores the commitment of APL-UW leadership to sustain the Lab's core competencies and strategize for future growth.

Deep-Sea Rescue of Valuable Research Instruments

Northwest Enhanced Moored Observatory: One hundred meters below the surface, off the Washington coast, a remotely-operated vehicle (ROV) is deployed by APL-UW ocean engineers and physicists on a mission to recover critical moored instruments.

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Moorings, both those with surface expressions and those with all instruments deep in the water column, are equipped with acoustic releases that set the chain of instruments and floats free from the weights on the bottom. For the NEMO subsurface mooring, the primary AND back-up remote acoustic releases failed, likely due to heavy corrosion of release parts by seawater.

The team was able to find the subsurface mooring using sonar mounted on the ROV. Then the ROV was flown into position to hook into the mooring just above the anchor.

Acoustics Air-Sea Interaction & Remote Sensing Center for Industrial & Medical Ultrasound Electronic & Photonic Systems Environmental & Information Systems Ocean Engineering Ocean Physics Polar Science Center
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