- REU working on a project investigating astrophysical theory of gravitational waves and multi-messenger transient sources, especially Super Massive Black Holes (SMBHs). - Advised by Dr. Luke Zoltan Kelley, theoretical and computational assistant Professor at University of California, Berkeley.

- A member of Cal-Bridge's 10th Cohort of Cal-Bridge Scholars in the field of Physics and Astronomy.- Advised by Dr. Gibor Basri, stellar formation researcher and Professor Emeritus at University of California, Berkeley, and Dr. Ken Nollett, theoretical and computational research Professor at San Diego State University.

- Currently working towards senior thesis research project focused on Nuclear Physics and the interactions of elementary particles via nucleosynthesis. - Advised by Dr. Ken Nollett, theoretical and computational research Professor at San Diego State University.

- REU comparing the sensitivities of TeV gamma-ray detectors: the High-Altitude Water Cherenkov (HAWC) Observatory and the Large High-Altitude Air Shower Observatory (LHAASO).- Utilized Python and Fortran programming techniques to determine the statistical likelihood of specified high energy locations listed in LHAASO's First Catalog of Gamma-Ray Sources.- Found a unique proportional relationship suggestive that HAWC is more sensitive to harder spectral indices at more southern locations in our galactic sky.- Outliers to this relationship proved as points for future research, most specifically in the unidentified gamma-ray source 1LHAASO J1219+2915, thought to be a new class of variable extragalactic origin or other phenomena!- Gave a ten minute presentation on my research to peers, graduate students, professors, and other scientists at the University of Maryland Final Research Symposium.

- A member of GRAD-MAP’s 10th cohort of Winter Workshop Scholars.- Worked extensively with Python and Transiting Exoplanet Survey Satellite (TESS) data to replicate the light curves of exoplanets WASP-12b, WASP-17b, and WASP-33b. Formulated fitted models to calculate and confirm their orbital periods and planetary to stellar radii ratios. - Gave a ten minute presentation on my research to peers, graduate students, and other scientists. - Participated in discussions/panels centered on professional development such as application writing, good research-based presentation etiquette, and the challenges of underrepresented minorities within the field.

- Utilized BMAD, a Python based algorithm frequently used for multi-particle beam tracking, to better visualize the inner-workings of electromagnetic influences on high-speed particles.- Concurrently studied Professor Eric Prebys' UC Davis course, Accelerator Physics Fundamentals, to gain a greater scope of accelerator components and their mathematical principles.