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<br />Paul R. Duquette PE
<br />Structural Engineer
<br />Olen
<br />Paul is responsible for management and supervision of design efforts for building projects. His expertise includes building
<br />code analysis and structural engineering for conventional building components of steel and cold formed metals, concrete,
<br />masonry, wood, heavy timber and pre-engineered wood products, and foundation design. Paul is well versed in the use of
<br />two. and three-dimensional analysis and design software, and PC based programs for the design of masonry, wood, and
<br />retaining wall structures. He also coordinates with architectural and related disciplines, and provides cost estimating, fee
<br />development, and negotiation. Paul also designs concrete environmental structures for the containment of sewage and
<br />potable water incorporated in the construction of wastewater and water treatment plants. He also designs special structural
<br />components such as curved ornamental steel stairs, elevated pipe trestles, and equipment support frames.
<br />In addition Paul has been involved in the Design of Heavy Timber Frames and Trusses using conventional and traditional
<br />joinery methods. He has been associated with the development of a methodology for the determination of ground snow
<br />loads in case study areas as required by building codes adopting ASCE 7 design criteria. This work prepared in
<br />association with CREEL (Army cold regions lab in Hanover, NH) and the structural engineers of New Hampshire. This
<br />methodology is to be utilized by the Structural Engineers Association of Vermont for the determination of ground snow
<br />loads for that state.
<br />EDUCATION
<br />BS / Civil Engineering, Southeastern Massachusetts
<br />University, Dartmouth, Massachusetts, 1972
<br />AS / Civil Engineering, Hartford State Technical
<br />College, Hartford, Connecticut, 1970
<br />REGISTRATIONS
<br />Professional Engineer #34059, State of Georgia
<br />Professional Engineer #23872, State of Connecticut
<br />Professional Engineer #4686, State of Maine
<br />Professional Engineer #4203, State of New Hampshire
<br />Professional Engineer #3489, State of Vermont
<br />Certified in the Practice of Structural Engineering #2119-
<br />0308, Structural Engineering Certification Board
<br />Professional Engineer #48457, State of Florida
<br />PROJECT EXPERIENCE
<br />Englewood Beach, Englewood, Florida
<br />Provided structural design for beach structure to house toilet
<br />rooms, concession stands, etc. Unique design elements included
<br />on elevated design (above flood levels) to prevent building
<br />destruction during hurricanes.
<br />City of Sarasota, Sarasota, Florida
<br />Structural design and analysis for the upgrade to various
<br />pumping stations so as to provide flood resistant equipment
<br />enclosures.
<br />Wastewater Treatment Plant, Charlotte County, Florida
<br />Structural Engineer responsible for design of numerous concrete
<br />environmental structures including aeration tanks, bases for
<br />clarifiers, chlorine contact chambers, and process buildings.
<br />Twin Farms Retreat Pedestrian Bridge, Barnard, Vermont
<br />Developed design and structural analysis of a 112 h span steel
<br />truss covered pedestrian bridge.
<br />Vermont Country Store, Rockingham, Vermont
<br />Provided design and detailing of bridge bearing replacement
<br />for a timber framed covered bridge.
<br />Public Works Bridge, West Boylston, Massachusetts
<br />Developed schematic design of a concrete bridge.
<br />Replacement Bridge, Andover, Vermont
<br />Designed a concrete deck bridge as a replacement for a flood
<br />damaged timber /steel bridge.
<br />Woban Reservoir Rehabilitation, Newton, Massachusetts
<br />Structural Engineer responsible for designing structural elements
<br />of a complete rehabilitation of a 10.0 MG buried concrete
<br />water storage reservoir system.
<br />denotes projects completed with other firms One Team. Infinite Solutions.
<br />Kil
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