-Numerically represented the effects of cyber attacks on Autonomous vehicles in a platoon, their impacts on fuel consumption and traffic stability. -Simulated the dynamics of autonomous vehicle introduction into the market to obtain the optimal control inputs to reduce the investment necessary for vehicle adoption. -Simulated numerically a platoon of autonomous and human-driven vehicles, using MATLAB, to quantify fuel consumption reduction due to autonomous vehicles' traffic smoothing capabilities.-Wrote a review article describing the impacts of electric vehicles on the transportation network and power systems.

-Programed a MATLAB code to process, analyze, and visualize in-situ monitoring data from a PrintRite3D, to determine if a correlation with CT data existed.-Added lens distortion, created by an F-Theta lens, to position data of the scanner in order to visualize the real laser position on the work bed. -Measured and characterized laser beams from LPBF machines by using a "BeamWatch AM" in order to improve the quality of builds.-Designed and run experimental procedures to measure and observe changes in the characteristics of laser beams to model a solution and counteract the effects of thermal lensing.-Performed metallography test, to characterize the quality of the laser beam used.-Compared and analyzed multiple laser scanner systems for experimentation on control.

- Gave support to students whose math skills are being challenged, by providing clear, easy, and different explanations.- Adapted quickly and on the spot to accommodate for each person’s needs.

- Contacted positive cases of COVID 19 to inform them of their health condition and provide them with information to obtain medical and social support.

- Work with a team of five to provide customer service by giving personal support to clients and managing the cash register.