- Research in Multiple Scattering Theory (MuST), in Fortran and Python. Makes use of lattice structure properties to computationally fit elastic constant values for elemental lattices and compounds.- Implementing a method to calculate Superconducting temperatures for a wide range of compounds and alloys.

- Developed a C# application for real-time streaming and dynamic visualization of PPG signals, integrating with a C++ algorithm layer for efficient processing and analysis.- Implemented a novel real-time Multinodal Underwater Communication Architecture, leveraging frequency-shift keying for advanced acoustic waveform encoding and upshifting.- Applied parallel thread management techniques to enhance processing speeds in the communication system.

- Implemented a method in Fortran to calculate Superconducting temperatures for elemental lattices. Replicated published experimental results, using Multiple Scattering Theory (MuST). Continuing this research for compounds and alloys at Carnegie Mellon University.

- Led recitations and study sessions, helped students work through homework problems, and graded assignments.- Mentored 13 students in their design and implementation of their individual projects in Python.

- Wrote and ran Python scripts analyzing microarrays of data. Presented an in-depth analysis of the significance of this data, with mapping to 3D models.- In the lab, worked on oral delivery of single-domain antibodies. Performed protein purification and designed assays to determine the binding capacity of single-domain antibodies.