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Our Clients

University of Connecticut

University of Connecticut – Supporting the Marine Sciences department with mechanical engineering services for the R/V Connecticut.

Massachusetts Institute of Technology

Massachusetts Institute of Technology – Supporting the Laboratory for Undersea Remote Sensing.

Glosten Associates, Inc.

Glosten Associates, Inc. – Supporting Glosten Associates in the areas of deck machinery concept development and specification as well as load handling arrangements.

Applied Physics Laboratory at Johns Hopkins

Applied Physics Laboratory at John Hopkins University – Support in oceanographic buoy design, mechanical and electrical systems integration and field test support.

Markey Machinery, Inc.

Markey Machinery, Inc. – Supporting and in partnership with Markey for deck machinery concepts and engineering.

Bae Systems

BAE Systems – Supporting BAE Systems in towed array and launch and recovery system design, manufacture, and field test support.

Northeastern University

Northeastern University – Supporting the Electrical Computer Engineering department at NEU in towed array and launch and recovery system design, manufacture, and field test support.

NAVFAC

Naval Facilities Engineering Command – Supporting the Ocean Systems Division at the NAVFAC Engineering and Expeditionary Warfare Center in launch and recovery and fluid power systems as well as load handling consulting and at-sea field support.

Ventura Hydraulic & Machine Works, Inc.

Ventura Hydraulic & Machine Works Inc. – Supporting Ventura Hydraulics in ABS submittal packages and fluid power system design.

MAR Incorporated

MAR Incorporated – Supporting MAR in deck machinery design and at-sea field support.

Oscilla Power

Oscilla Power – Supporting Oscilla Power in ocean engineering and wave energy engineering support.

GPA Technologies, Inc.

GPA Technologies, Inc. – Supporting GPA in deck machinery design and fluid power engineering support.

University of Alaska Fairbanks

University of Alaska Fairbanks – Supporting UAF in deck machinery design and engineering support.

University of Washington School of Oceanography

University of Washington School of Oceanography Supporting UW in over-the-side handling gear design, fabrication and installation for the R/V Rachel Carson.

InterOcean Systems, LLC

InterOcean Systems, LLC Supporting and in partnership with InterOcean Systems for deck machinery concepts and engineering.

PCCI

PCCISupporting PCCI in the design, fabrication and testing of heavy mooring chain handling gear.

Oregon State University

Oregon State University Supporting OSU in the design, fabrication and testing of a crane crutch system to allow over-the-side coring operations using the existing ship’s crane.

University of Washington Applied Physics Laboratory

Applied Physics Laboratory at the University of Washington – Design and support of field-scale renewable energy generator testing equipment and subsea energy storage infrastructure.