Our team completed the aerial and LiDAR survey for a proposed 5 mile water line in McKinney, Texas. We managed the collection of aerial photogrammetry and LiDAR using a helicopter with a single pass and extracted planimetrics and a digital terrain model with one ft contours.
Our team completed a boundary survey of over 1,500 acres consisting of ten individual tracts in Brazos County, as needed by the client for a real estate closing. This project included approximately five miles of boundary along the Navasota River, along the Brazos and Madison County line, and approximately another mile of boundary along the centerline of a creek.
Our team completed the design survey for a new high service pump station to replace the existing high service pumping facility at the Kilgore Surface Water Treatment Plant. We set project control throughout the site and utilized their unmanned aerial vehicle (UAV) to survey the existing structures, ground features, and create a point cloud, video, and digital terrain model of the site.
Our team completed the boundary and topographic survey of 10.2 miles for a proposed 24-in waterline from the Circleville Pump Station to the Jonah Special Utility District headquarters located in Williamson County.
Our team was hired as a subconsultant to complete the design survey for the proposed City of Benbrook emergency access bridge across the Trinity River. We established control points and benchmarks at 500-ft intervals throughout the project site. Horizontal coordinates were obtained using GPS and vertical values were established by closed level loops from City of Fort Worth benchmarks.
Our team was contracted by the city of Waco to conduct a topographic survey of approximately two miles of an existing two-lane road. Due to the constant traffic along this road, it was determined that utilizing a UAV would be the safest approach to gathering the required data.
Our team was contracted in March 2015 by an attorney representing the Cal Farley’s Boys Ranch in remote Oldham County, Texas. Our role was to serve as an expert consultant concerning a contested area with substantial oil and gas royalty implications. The project consisted of research and sketching, field surveying, computation, and communicating our findings to the client.
Our team was hired to perform the design survey of approximately 19,000 LF for the purpose of a new sanitary sewer line in the City of Plano. First we established control points and benchmarks at 1,000-ft intervals. Horizontal coordinates were established using GPS and vertical values were established by conventional leveling.
A roadway and intersection improvements with a mini roundabout. Included pedestrian, bicycle, and parking improvements using a shared-use path, pedestrian crossings and new parking areas. The design improved the connection to the existing City Rail Trail. The drainage system was upgraded, lighting added, utilities were improved, and landscape and streetscape beautified the area.
Provided transportation engineering and conceptual design services. In the planning stage, the team undertook a vast multimodal data collection effort, determined existing and projected traffic volumes, analyzed the traffic operations, prepared VISSIM traffic simulations, developed conceptual designs for both at-grade and bridge replacement alternatives, and participated in extensive public outreach.