Cartography & Analysis
About
I am a geospatial and environmental sustainability professional specializing in advanced GIS analysis, cartography, and spatial data visualization. My experience spans federal, state, and international projects where I apply geospatial tools to drive clean energy planning, conservation, and climate resilience efforts.
In my current professional role, I lead GIS analyses and develop cartographic products for federal energy management programs—creating data-driven maps and models that identify opportunities for renewable energy deployment, conservation, and operational efficiency. My work integrates spatial modeling, environmental datasets, and technical reporting to support climate-aligned policy and infrastructure decisions.
My background in Environmental and Sustainability Science and GIS from George Washington University, where I graduated summa cum laude, provided the foundation for my expertise with ArcGIS Pro, ArcGIS Online, QGIS, ModelBuilder, Python, SQL, and R, among other tools. Since then, I have applied these capabilities in a wide range of contexts—from conducting visibility analyses for state renewable energy siting programs to supporting international clean energy and transportation initiatives with federal agencies.
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Across every project, I aim to bridge the gap between technical analysis and visual storytelling—translating complex spatial data into clear, compelling maps and insights that inform decision-making and promote sustainable outcomes. My goal is to continue leveraging geospatial technology as a force for environmental progress, helping to build a more resilient and equitable future through spatial intelligence.
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