Aid students in setup and completion of experiments throughout multiple disciplines of physics to recreate historically crucial experiments in the field and rederive fundamental constants.

Design and implementation of an optical chamber to calibrate weak, radioactive laser light to detect charge-parity violation such that systems are not subject to thermal fluctuation on a nanometer scale.

Wrote and taught lectures in General Chemistry A and B, specializing in quantum chemistry, electrochemistry, and thermodynamics, as well as writing and grading problem sets.

Study, measurement, and modification of LYSO crystal elements for the improvement and production of the MIP Timing Detector for the precision timing layer for the HL LHC.

Analysis of the BB-bar Gamma Gamma Higgs Boson Channel by creating and improving DNN classifiers and MVA boosted decision trees to reconstruct, recognize, and perform statistical analysis of CMS Run 3 particle collision events with goals of setting a new constraint on the trilinear self-coupling constant, improving understanding of the weak force, and evaluating consistency with the Standard Model.

Created software to fit and normalize spectral data for M-type moving stars to study young M-Dwarf stars using simultaneously taken Veloce spectra and TESS photometry to analyze trends in surface star spot coverage and its effects on the stars and their systems.

Study of protogalactic development by analysis of dark matter halo development using EAGLE simulations of early universe cosmology. Used to perform a comparative luminosity study of Milky Way type galaxies using ARTEMIS simulation data and spectral data of the Milky Way and M31 Galaxies to explain differential in expected and observed satellite galaxies, known as the Missing Satellite Problem.

Design of Martian MEPAG Phase III surface sampling techniques targeting the Melas Chasma to find subterranean and atmospheric evidence of a Martian methane cycle.Study and design of space flight radiation mitigation methods using superconductors to artificially simulate atmospheric radiation control.