Atmospheric Science Student at Vermont State University
Freelance Developer
Numerical Weather Prediction Developer for VTSU Atmospheric Sciences
Professional Photographer
Atmospheric science tooling, virtual aviation flight support & open-source work
Calculates and predicts aurora borealis visibility based on real-time geomagnetic and solar wind data, with location-aware forecasting.
Weather operations center built for Vermont State University Atmospheric Sciences, surfacing live data, forecasts, and severe weather tooling.
Full squadron homepage for the Virtual Vermont Air National Guard 158th Fighter Wing: rosters, missions, news, and flight operations.
Next-generation predictive modeling system targeting mesovortex formation within landfalling major hurricanes.
VTSU Atmospheric Science B.S. 2029 | NWS Burlington Student Volunteer
Lead Developer at VTSU Atmospheric Sciences
Specializing in high-fidelity severe weather & space weather modeling systems.
Developing the next-generation of mesoscale analysis models and observation devices.
Core technologies: C++, Python, HTML | Focus areas: Performance, Accuracy, Maintainability
I am a dedicated severe weather researcher and a Project Lead for the Meso Vortex Project, specializing in the analysis of hurricane mesovortices and storm structures to enhance damage prediction and warning lead times. Currently collaborating with academic mentors at Vermont State University Lyndon to advance meteorological insights while focused on developing next-generation weather analysis tools and predictive models. This technical expertise is complemented by a strong foundation in radar interpretation, safety coordination, and emergency response, aiming to bridge the gap between field research and innovative atmospheric technology.
With eight years of professional experience, I specialize in military aviation photography, documenting both large-scale unit events and individual portraits. My recent portfolio highlights include capturing the farewell ceremony and final multi-ship flight of the 5th Battalion, 159th Aviation Regiment (GSAB) in August 2025. Additionally, I recently worked with the 459th FTS "Deadly Black Eagles" from Randolph AFB, during their Reliaquest Bowl Flyover and the 100th Fighter Squadron for the "Sunset Viper" detachment, consistently delivering high-quality, professional imagery within the unique operational constraints of the aviation community.
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Building the next-generation of predictive models for severe and space weather phenomena.
Experimental Mesovortex Risk Parameter - CONUS Landfall Analysis
Aurora Visibility Calculator
Forecasting models