Surveying With 25 years of Surveying and S.U.E. experience, Ohio Geomatics offers advanced measuring and locating solutions to accomplish your projects with precision and accuracy. Robotic total stations provide timely and accurate data capture, increasing productivity and ensuring adherence with schedules and budgets. Specialized field data coding techniques completes the mapping in the field by field personnel, virtually eliminating mapping errors. Precision With Technology GPS equipment can be used to establish project control tying projects to state plane coordinates. Hydrographic surveys are accomplished with single and multi-beam technologies, including side-scan sonar were all data is time stamped and recorded with HYPAK hydrographic survey software. Remote Sensing Technologies Includes S.U.E. data gathering technologies. Information is gathered about objects and surface conditions without physical contact. Techniques used to acquire and record data for S.U.E. applications include Ground Penetrating Radar (GPR) and radio-frequency line tracing equipment. Measurements are also taken with cameras, lasers, sonar, and other instruments. Advanced Measuring Solutions CADD/ GIS mapping and image analysis techniques include: AutoCAD/ Softdesk, MicroStation/ Geopak, ARCINFO/ ARCVIEW, Terramodel, and ERDAS Imagine. Field collected data is used to complete mapping for boundary surveys, right of way plans, site designs, roadway designs, SUE, and environmental restoration projects. Finished products include all data points coded with symbols, with mapped line-work connecting similar surface features. Surface models are completed and all mapping is design ready, georeferenced, and compliant with State (ODOT), City and County standards. Right-Of-Way Plan Development Services include research of property ownership and existing right-of-way plans, centerline plates, property maps, detail sheets, legal descriptions, location of property corner pins and existing right-of-way monuments and a complete topographical survey of the project corridor. |
Steven L. Lamphear, P.E., P.S. |