Developing advanced smart bandage solutions for remote outpatient care to detect post-surgery infections early, enhancing patient outcomes and preventing costly, potentially dangerous complications. Responsibilities include:- Developing algorithms for infection prediction, monitoring, and rapid alert protocols- Leading analysis of remote radio-frequency (RF) monitoring techniques in a lab setting- Managing team efforts to reduce the cost of individual smart bandages

Current author for the sci-fi novel Potentia. Click the link below for email updates and to help write the book!Xenogene takes place in the near future where genetic engineering allows you to create or subscribe to a superpower of your choice 🔥⚡, but only to those who can afford it. Poor communities still struggle with genetic diseases and are plagued by gangs who create superpowers of their own. Diego Alejo is a high school student in the border town of Prosperidad just trying to get a job as a genetic engineer... but what lengths will he go to protect his family from the oncoming gang wars?⁣

Investigating failure modes in tokamak reactors and creating reduced-order models to speed up failure analysis & using machine learning algorithms to find failure patterns.

-Simulated the ion emission of the Ion Electrospray Propulsion System (iEPS) for lower order positive-negative groups-Improved upon previous code to track ion pairs and facilitate their fragmentation in accordance with current lab research-Gained proficiency in the particle-in-cell (PIC) method to simulate a large number of particles quickly and accurately

-Optimized the thrust and efficiency of the Ion Electrospray Propulsion System (iEPS) by investigating different substrate materials for use in the thruster chip -Machined several different mold designs for use in mass manufacturing of the thruster chips to reduce cost and time, while retaining structure and material functionality -Attended several workshops for proper machining techniques such as using the lathe, mill, and CNC router

-Determined the necessary mechanical and chemical properties for subsea pipeline insulation -Gave a technical presentation about new insulation material, their advantages, and risks-Recommended best insulation to select for multi-billion dollar project

-Wrote a MATLAB code to extract, linearize, and run Monte Carlo simulations for wave-energy converter simulations-Understood basic wave mechanics necessary to run and analyze simulations-Learned the fundamental commands and operations of the MATLAB language in 2 weeks