- Developed and deployed Artificial Intelligence (AI) and Machine Learning (ML) pipelines to analyze medical images- Utilized AI/ML methods to identify early markers of disease in medical images and perform organ segmentation

- Highly competitive, rotation based ORISE fellowship for data science research and training at NIAID- Applied bioinformatics & data science methods to advance research on infectious and immune-mediated diseases- Provided technical data science expertise and consultations across NIAID offices and divisions- Facilitated and optimized a custom, automated approach for the NIH Clinical Center for rapid COVID-19 testing during peak COVID periods

Leadership and Communication- Coordinated with drug-discovery pharmaceutical company Photonic Pharma, LLC to target small-molecule compound candidates for therapeutic remedies of cardiac disease for early and late-phase clinical trials- Led in-person training with synthetic biology company Arbor Biosciences to optimize production of a cell-free transcription-translation (TX-TL) platform for protein expression- Developed novel in-vitro co-reconstituted system of cardiac regulatory proteins, presented results of electron paramagnetic (EPR) research at international Biophysical Society Conference, contributing to knowledge and advancement in the field- Lecturer and primary teaching assistant of 4+ undergraduate pre-med level physics courses, advanced electricity and magnetism courses for undergraduate physics majors, as well as graduate level coursework in spectroscopySubject matter and Technical Expertise- Developed computational pipeline in MATLAB simulating magnetic resonance spectra to measure rotation dynamics and equilibria of proteins- Pioneered the cell-free synthesis of the T4 virus, largest and most complex virus to be recapitulated in a cell-free system, by modeling the kinetics of phage-synthesis and cell-free extract production capacity- Designed, purified, and reconstituted novel fusion proteins of cardiac calcium regulatory system in-vitro to probe their interactions via magnetic resonance to develop novel therapeutic remedies for cardiac disease- Experienced in wet-lab experimental techniques including DNA amplification and cloning, PCR, fluorescence and absorbance spectroscopy, DNA and protein gel electrophoresis, electron paramagnetic (EPR) spectroscopy, protein purification by affinity chromatography and high-performance liquid chromatography (HPLC)

- Certified Tutor in 22 areas of Physical Science, Mathematics, Programming, and Test Preparation- Tutor rating: 4.93/5 (n = 17 ratings)

Teaching Assistant for Business Calculus.

Subject matter and Technical Expertise- Developed Mathematica script to analyze an exhaustive set (n = 7367) of monomeric proteins, and two-state proteins with experimentally determined folding kinetics data (n = 86) correlating protein topology and protein folding speed by applying a novel second-order perturbative model to empirical data.- Computationally investigated complete proteome of 100+ single-celled organisms and determined prevalence of intrinsically disordered proteins (IDPs) in nature.- Took course in Medical Imaging PhysicsLeadership and Communication- Graduated with Department Honors in Physics- Developed advanced written and oral Spanish language skills during semester abroad in Lima, Perú studying with Peruvian Students at Universidad del Pacífico