• Analyzed and compared various 3D radiative transfer models for canopy simulation, integrating remote sensing and physical data, across East Asia at fine resolution, ranging from flat plate to Monte-Carlo methodologies. • Implemented and optimized a method of measuring solar radiation as scalar/vector from spatiotemporal data on DEM with 1 arcminute resolution using Fortran95 with CPU parallelization. Integrated it with various RTMs as part of a larger framework. • Using d3.js with OpenStreetMap integration, created a web widget for data visualization from Google Earth Engine datasets with overlay of hourly solar radiation data as time series• Analyzed and compared various 3D radiative transfer models for canopy simulation, integrating remote sensing and physical data, across East Asia at fine resolution, ranging from flat plate to Monte-Carlo methodologies. [Python (catboost, xgboost), Julia, Fortran95]

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◦ Designed an automatically controlled cooling system of 50+ modules and dedicated thermal shield complex from 300K to 4K by using EcosimPro simulation combined with additional MATLAB script for flow analysis and valve opening optimization. ◦ Demonstrated a 25% speed improvement of cooling compared to design requirement by utilizing custom simulation components with high flexibility of input variables. Implemented optimal set of cryomodule parameters to decrease liquid helium consumption by 10%. [EcosimPro (+Cryo), MATLAB, Microsoft Excel] ◦ Research culminated in scientific publication (see in Awards and Certificates section)

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