Engineering, Surveying, Mapping, and GIS
J. B. Davies is Civil Engineering firm located in the Dallas/Fort Worth, Texas area. First formed in 1953 as Brown & Davies then in 1989 as J. B. Davies Engineers and Surveyors, has been in business for 53 years. J. B. Davies has provided engineering and surveying services for numerous projects in the Fort Worth area and as a sub-consultant on projects across the United States.
Please take a moment to review the projects samples listed below.
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Surveying and Mapping for the Barnett Shale Play
J. B. Davies has provided surveying and mapping services to a number of gas exploration companies doing business in the Barnett Shale. The services provided include Lease Surveying, Well Permitting and Staking, GIS Mapping of various types of remote sensing data, pipeline routing and staking. Please contact us regarding you data visualization requirements using satellite, aerial, railroad commission, and remote sensing data of various formats.
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Design Topography Surveying for Texas Christian University
TCU. is a long time satisfied customer of J. B. Davies Inc. Services we have provided include property boundary surveys, topographic mapping for the design of new facilities, and construction staking. J. B. Davies has worked with TCU and the City to authorize easements and vacation of easements.
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Texas Department of Transportation
For a period of more than 5 years, J. B. Davies provided surveying services to the Texas Department of Transportation. Projects performed included topographic surveys, ROW surveys, construction staking, earthwork volumes and Geographic Information System (GIS) detailing full county bridge inventory using GPS.
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InfoWorks CS Hydraulic Modeling
Applied Geographic Technologies (AGT), a dba of J. B. Davies Inc., has provided hydraulic modeling for Master Planning and Design since 1994. On this specific project AGT teamed with a North Arkansas Engineering firm to provide a comprehensive hydraulic model that is being used for current system evaluation and to develop Master Plan recommendations through the year 2026. The model was build from survey data, record drawings, and City atlas maps to provide an accurate picture of the performance of the system under current year demands as well as various design storms with their predicted population growth.
