Teaching introduction to physics laboratories exploring fundamentals of movement and introductory newtonian physics. Tutoring students one-on-one in the “wormhole,” part of a department-led undergraduate tutoring effort to better mentor students in physics.

Mentored and managed several undergraduates on a large scale research software project involving telescope instrumentation for optical astronomy. Used the Jetson Orin Nano for Computer Vision using CUDA. Employed usage and understanding of various commercial off the shelf electronics such as Arduinos as part of systems testing. Worked with Java/Maven and Python for controlling the telescopes using an interface with the C++ INDI libraries.

Worked with multiple researchers and engineers to observe using the 12-meter radio telescope at Arecibo, Observed radio telescope data and synthesized data using various analysis techniques. Wrote scripts in IDL and Python for data analysis of radio spectral data. Wrote computational algorithms in Python to aid in the process of cleaning and excising noise from observations using the telescope.

PhD currently in progress. Working with Dr. Sanjana Curtis on mergers of neutron star-neutron star and neutron star-black hole binaries.

GPA: 3.65/4.0 Specialized in computational physics. Capstone project focused on updating the ‘EZ-RASSOR’ autonomous regolith mining robot to ROS 2.0. Graduated with Honors.

GPA: 3.65/4.0 Specialized in Machine Learning. Graduated with Honors.