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MCMM&CREED <br />Fields of Specialization <br />UAS Mapping <br />LiDAR <br />Photogrammetry <br />Quality Control <br />Geographic Information Technology <br />Education <br />M.A., Geographic Information, <br />Northwestern University <br />Professional Licensure <br />Certified Photogrammetrist, ASPRS <br />Christian Stallings, CP <br />UAS & Aerial LiDAR Specialist <br />Summary <br />Mr. Stallings is a forward -thinking and inventive problem solver who has extensive <br />knowledge of remote sensing collection requirements and how to tailor solutions to <br />meet client needs. He holds a master's in geographic information technology and a <br />graduate certificate in remote sensing from Northwestern University, and an <br />extensive instruction in advanced LiDAR data processing and advanced production <br />workflow from Penn State. Mr. Stallings was instrumental in the development of a <br />successful aerial acquisitions department for a national surveying and mapping firm, <br />and is responsible for overseeing LiDAR production operations. This includes <br />training staff on all aspects of LiDAR flight operations, flight planning, calibration <br />and production, and personally leading process improvements and quality <br />assurance. Mr. Stallings' responsibilities include technical oversight and <br />management of data acquisition and processing phases, as well as management of <br />all QC processes associated with acquisition and production. Having presented at <br />various professional conferences and webinars, Mr. Stallings is also an industry - <br />recognized expert in the use of unmanned aerial systems (UAS) for surveying and <br />mapping. <br />Selected Project Experience <br />Sea Bright to Manasquan PS Survey, U.S. Army Corps of Engineers - New York <br />District, Sea Bright, NJ: A combination of data collection methods and diverse <br />remote sensing technologies were used to conduct existing condition beach and <br />groin surveys along a four -mile stretch of beach devastated by Hurricane Sandy. By <br />blending conventional, hydrographic and airborne LiDAR techniques, McKim & <br />Creed mapped 145 beach profiles and performed detailed topographic surveys <br />above and below the water surface for 29 stone groins and revetments. This project <br />supports the repair and restoration of the largest beachfill project ever, by volume, <br />and helps USACE return the beaches to their pre -storm condition and restore them <br />to their full, original design level of protection. McKim & Creed and The New York <br />District, U.S. Army Corps of Engineers received the Grand Engineering Excellence <br />Award from the American Council of Engineering Companies of North Carolina <br />(ACEC/NC) for their work on this project. <br />Distribution System Vegetation Management Study, Florida Power & Light (FPL), <br />Miami -Dade and Putnam Counties, FL: Mr. Stallings served as survey project <br />manager for conducting an herbicide LiDAR survey project. This project consisted of <br />collecting, processing and analyzing aerial LiDAR and imagery to determine areas <br />where herbicide application is required within various transmission line corridors. <br />Florida Power & Light 1,694 miles, Florida Power & Light (FP&L), Eastern Coast <br />Line, FL: McKim & Creed provided aerial LiDAR services for this project. Staff <br />www,mckimcreed.com <br />