M.S. in Geography at Virginia Tech (Graduation - Spring 2020)
With RESEARCH focused on spatial computing of drone photogrammetry and LiDAR datasets in XR environments.
B.S. in Geospatial Science with a concentration in Geoinformatics from Radford University; Radford, VA. (GPA - 4.0/4.0) with a GEOINT Certificate recognized by the USGIF.
Background in Computer Programming, Database Management, and Geographic Information Systems. Excellent understanding of ArcGIS, relational databases, Python and related services. Excellent understanding of building, maintaining and updating a GeoDatabase along with experience analyzing data to create maps utilizing demographic statistics.
Torc Robotics - Blacksburg, VA
Skills and Experience Acquired
Spearheaded the integration of test-driven development practices within a cross-functional Agile Release Train (ART), enhancing software component quality and delivery speed.
Served as Agile Master, driving product development and instilling Agile Project Management best practices across teams.
Led initiatives to automate and refine geospatial product testing, significantly improving deployment precision and efficiency.
Developed and maintained scalable software components, optimizing system flexibility and performance.
Town of Christiansburg - Christiansburg, VA
Skills and Experience Acquired
Working experience with ESRI ArcGIS within an enterprise versioned environment.
Updating and maintaining the Town of Christiansburg's GIS data including:
Storm water infrastructure
BMP drainage area delineation in alignment with MS4 and Virginia DEQ policies and requirements.
Scripting and model automation for Geoprocessing tasks which increased data processing efficiency and replication.
Shapefile and form submittal to Virginia DEQ.
Skills and Experience Acquired
Working experience with ESRI ArcGIS within an enterprise versioned environment.
LiDAR feature extraction (Buildings, Trees, etc.) as identified from LAS Datasets, images, and associated data.
ArcGIS Online Web Map development for crowd-sourced data and interdepartmental use of planimetric data, which increased efficiency in retrieval of final plat information (displayed below).