Performed surveying and engineering services for this 2.1 acres to support development of a solar panel farm. Scope included detailed topographic survey of the area bounded by the woods line.

The U.S. Army Corps of Engineers (USACE) St. Louis District turned to us, emphasizing the urgency for rapid acquisition of aerial imagery. The task order was to acquire 1,248 square miles of 1’ GSD 4-band color aerial imagery of the Mississippi River above Vicksburg, MS.

Missouri’s Meramec River is one of the largest free-flowing waterways in the state. Our team monitored the flood waters and was able to conduct aerial imagery acquisition to pull together a complete coverage of the flooded area for local communities and disaster recovery officials.

Our team performed all imagery acquisition and processing as well as most of the LiDAR acquisition (approximately 3,100 square miles) for this project. In order to enable capture of peak flood conditions, typical orthoimagery acquisition specifications for no clouds or haze, etc. were not required for this project.

On May 22, 2019, an EF-3 tornado hit Jefferson City, MO. Within a few hours, several geospatial entities within the state established a data acquisition plan. Because of the emergency nature of this project, it was essential to provide data as quickly as possible to assist first responders in relief and recovery activities.

Our team was extensively involved in the planning and design for a proposed City of Albuquerque library. The project site encompasses two city blocks of property divided by a public city street. The property was previously developed with a night club and pawn shop which have since been demolished to make way for the new construction.

Our role included subsurface utility engineering quality levels B, C and D along approximately seven miles of I-25 right-of-way from the Dona Ana Interchange south to Lohman Avenue, with an additional seven miles of densely populated utility corridors beneath several arterial roadways and interchanges.

Our team provided subsurface utility engineering, professional surveying, civil engineering and UAV services to support the planning, design and construction of a new fully redundant optical fiber campus technology loop for the roughly 100 acre developed portion of the state’s campus in Las Vegas, NM.

Our team provided subsurface utility engineering, professional surveying, civil engineering, and UAV services to support the planning, design and construction of a major city park renovation to an approximately 40-acre existing public facility in Albuquerque, NM.

Our team was hired by UNMH to determine existing conditions within the proposed project limits. UAV-based imagery was generated for the immediate site and surrounding area comprised of approximately 143 acres of UNM North Campus.