I'm currently studying Business Economics at UCLA. I'm interested in Math, Finance, and Computer Science.
June 2024 - August 2024
Worked as a paid intern under Dr. Mei-ching Fok at Goddard Space Flight Center. Analyzed the May 10th, 2024 storm. Described how far particle flux was able to penetrate L-shells. Compared Linear Regression and LSTM models' predictive power in describing expected proton and electron flux using solar wind parameters from satellite and ground observatories. Presented at the 2024 American Geophysical Society meeting
June 2023 - August 2023
Worked as an intern under Jun Dong, and Sirish Uprety. Used Tensorflow U-net, an image segmentation algorithm, to find the borders of iceberg A73. Processed data using PIL, Pandas, and Numpy. Training data was labeled by hand. Size, rotation, and location were calculated. Presented at the 2024 American Meteorological Society Meeting
July 2022 - November 2022
Worked as an intern under Dr. Surja Sharma. Created a Long-Short term memory(LSTM) model to predict Disturbance Storm Time(DST), a measure of the strength of Earth's Ring Current, using WIND satellite parameters.
Used PyAutoGUI, PIL, and OpenCV to automate advertisement budgeting for the DECA Virtual Busines Challenge. Took advantage of simulated poll data to optimize target audiences for market using Excel.
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Used Excel to showcase and compare cost allocation methods. Discussed their relation to corporate governance. Implemented a novel "Lattice Allocation" method(Bent, Caplan 2017) based on matrix principles of Linear Algebra. Results were within 0.1% error after only 3 operations.
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Developed a custom toolkit for chi-squared, t, and z distributions with CDFs and inverse functions. Streamlined hypothesis testing and probability calculations. Automated spreadsheet data analytics using Python.
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Built a recursive algorithm–based simulator to generate fractals and compute Hausdorff dimensions via box-counting. Applied fractal analysis to natural features (e.g. coastlines and borders) for quantitative modeling and visualization. Achieved >0.6% error on known fractals.
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