Developing statistical analyses of brain network data for anorexia, epilepsy, and cancer research projectsManaging the compilation, transfer and storage of neuroimaging data for a clinical research center.Developing, managing, and providing support for neuroimaging processing pipelines in PythonAdministering clinical transcranial magnetic stimulation (TMS) treatments

Worked on data analysis and continuous code integration/validation procedures for the SBND neutrino experiment.Developed C++ code for a novel method of modeling neutrino energies from detector interactions.Created frameworks to help researchers validate code before adding it to overall SBND codebase. Helped build the Mu2e detector and lead a team doing quality control for detector components. Taught lab and study sessions for introductory and advanced undergraduate physics courses.

Developed quality control and data analysis systems for the ATLAS silicon semiconductor sensors.Built a visual inspection station for documenting defects on sensors, and wrote code to automate the imaging process. Wrote an algorithm to detect defects on the silicon strip sensors using computer vision techniques.Presented on quality control system in ATLAS meetings, and published two papers on it.

Authored a paper giving the first consistent description of possible causes for the reactor antineutrino anomaly, currently being reviewed by Physical Review Letters.Analyzed and compared data from the Daya Bay, RENO, and PROSPECT experiments with Java and Python, with a focus on data visualization.Identified poor-quality data used in neutrino calculations which contributes significant uncertainty, to guide future research.

Worked on deuterium-deuterium fusion experiments using a plasma discharge at low energies.Designed and installed a scintillator-based charged particle detector.Developed a machine learning algorithm for identifying particle signals from neutron detectors.Analyzed experiment stability and particle yield data using Python.

Physics Department Intern, Bard College at Simon's Rock, Summer 2016 and 2017Conducted geophysics and materials science experiments, focusing on metallography of deformed materialsHelped carry out deformation experiments on alloys analogous to those in the earth's inner core Prepared samples for optical imaging, electron microscopy, and ultrasonic testing