-Characterized relativistic electron loss during geomagnetic storms in the Van Allen Radiation Belt
-Applied Python code to analyze the change in electron flux during 168 geomagnetic storms in the Van Allen Radiation Belt from 1992-2004 with a superposed epoch analysis
-Leveraged NASA's SAMPEX satellite dataset and Omni Database to enhance the electron analysis displayed in a histogram plot, including:
interplanetary magnetic field, solar wind velocity, P dynamic pressure on Earth's magnetosphere, and SYM-H index
-Used Python through Jupyter notebook to create all plots and graphs
-The 6U cubesat, launching April 2024, uses digital radio receivers to determine the location and size of radio burst source regions like Coronal Mass Ejections (CME) and track their movement outward from the Sun
-Used an attenuator to simulate distance to test for communication success
-Collected temperature, altitude, and pressure data from flight computer (raspberrypi) up to altitude 84,000 ft
-Led a team of five and constructed payload base; researched upper atmosphere prevailing winds to forecast payload recovery with GPS tracker; complied with FAA launch and recover regulations
-Featured on the cover of my city's newspaper: https://www.culvercitynews.org/culver-city-high-altitude-balloon-team-starts-a-new-journey-with-first-launch/
-Covered satellite ground systems, communications, artificial intelligence, systems engineering, cyber security, computer programming, data science
-Proficient in Spanish (Advanced Placement Spanish IV class)
-Beginning French
-Mexico
-Costa Rica
-Lebanon
-UAE
-Italy
-United Kingdom
-Spain
-France