Implement a metrics-driven methodology and strategy to effectively oversee the day to day of the nSide business, in close collaboration with the CEO and CFO; provide strategic support to various departments, including field operations, data science, marketing, engineering, administration, sales, and training/government outreach, to optimize their success and alignment with organizational goals.

Lead Data Science, Mapping and Support, and Marketing divisions focused on business intelligence, revenue generation, data science, field mapping, marketing strategy, technical support.

Lead Data, Customer Success, Marketing, and Creative teams through identifying scope and associated deliverables and tools throughout project life-cycle; design and conduct experiments regarding customer engagement and product; automate reporting and visualization on user organization data; quantitative analysis and data visualization for month, quarter, and year-end product reviews; market analysis and profiling methods for sales expansion; develop text categorization models for emergency notifications through Bayesian and kNN approach, develop empirical scoring algorithms for emergency operation plan evaluation; create data-driven API in order to answer niche questions quickly; ensure project deliverables are executed on-time and within budget threshold; develop OKR metrics to fall within overall Company goals; originate strategies for Customer Success Program by communicating with customers for feedback about product and analyzing associated customer data; author, edit, and review all sections of nSider's Community and Knowledge Base.

GE-325 (Cartography) Teach cartography and cartographic concepts using open source desktop and web applications while incorporating multifaceted writing assignments with industry and academic, peer-reviewed readings.

Oversee technical geospatial and data analysis operations; sale of Google Imagery and value added products (file format conversions, reprojections, resampling, mosaicking, tiling & reindexing, spectral band recombination, and hosting services); lead, maintain, and execute ImageryConnect processing jobs; develop, build, and execute handoff of statistical models for fiber infrastructure prediction using binary logistic regression (BLR); develop hierarchical geoprocessing techniques for data translation in Virtual Alabama School Safety System and Virtual Alabama, develop and maintain scalable geocoding applications for Medicaid of Alabama and manage Medicaid of Alabama related GIS and analytical projects; configure and maintain ArcGIS web services for Alabama Forestry Commission and National Weather Service; develop geoprocessing tools for standardization and data delivery for Wiregrass E911 Consortium; serve as internal and external contact for GIS consultation and spatial analysis

Point of contact for internal and external GIS consulting and spatial analysis; multivariate statistical analysis and modeling of soil data for variable rate application; develop custom GIS tools for automation of soil analysis; spatial data creation, processing, and input for tractor guidance systems; data compilation and analysis of regional agricultural markets; cartographic production in static and web environments; field data collection using soil electrical conductivity instrumentation and Trimble devices ; EM-38 Soil Mapping, VERIS Technologies, Trimble Yuma 2, FmX

Geographic Information Systems, Physical Geography-Landscapes, Physical Geography-Weather and Climate, Aerial Photography Use & Interpretation; Summer Geography Teaching Institute, hosted by Alabama Geographic Alliance

Modeling Place-based Vulnerability to Hurricanes in Mobile County, AL: funded by NOAA Grant, Presented research at Association of American Geographers Conference in NYC, 2012; Image Accuracy Assessment in Francis Marion National Forest, South Carolina; Consultant- Optimal Site Selection Model for a Regional Health Care Facility in Northwest Alabama.

Design and maintenance of 2010 Census geodatabase; spatial and descriptive statistical analysis of 2010 Census demographics within county; author sections of the 2010 Census Report presented to Board of Commissioners; build footprint inventory and geodatabase creation for “Vinings Vision Plan”; geocode county addresses for E-911 cooperation in Fire Plan development; assign, verify, and QA/QC parcel addresses within county; interact with county citizens to resolve requests, issues, and concerns related to parcel addressing; cartographic production on Planning Division studies; attend Planning Commission meetings and presented maps of study areas via multimedia