- Derived a one-dimensional model of discrete particle interactions under Morse Potential - Applied stability theory to various system configurations in MatLab- Derived a continuum partial differential equation for swarming dynamics

- Simulated the emergence investment behaviors of ants in navigating multiple food sources using dynamical system models and differential equations. Used Python, Numpy, and Pandas.- Evaluated the statistical significance of the models under different parameters in R.- Explored implications of research in information theory of individuality, consensus mechanism, and solitary behavior.

- Created an automation script to analyze and process 3D coordinate measurement data of aerospace parts and turn them into inspection service reports. This reduced the risk of human error and resulted in a 15% time savings on 5 projects.- Created database schema and mappings with over 100 tables allowing the developers to visualize the connections and create better plans to complete the project.- Operated GOM ATOS scan box machine to measure how much aerospace parts deviate from their specifications.

- Followed through a research question of my choice- Used information theory to understand collective computation in primate social systems