• Supporting multiple TRL 4-6 programs through MBSE, SWAP analyses, and system architecture design of Electronic Warfare (EW) systems.• Lead Systems Engineer responsible for a team that is advancing our compact EW technology to deliver extended capabilities on a cutting-edge UAS.• Agile Product Owner on a software IRAD aiming to transition future EW systems towards a common, modular baseline.• Lead engineer responsible for a small team developing an automated post mission analysis and software-in-the-loop capability.• Continually developing our MATLAB-based EW Simulator to evaluate system performance, perform OA, support hardware development and drive requirements decisions.• Accelerating development across business segments as the M&S Outreach Lead through distributing EW M&S tools and educating teams of engineers on our proprietary toolkit.• Supporting business development efforts through writing RFIs/RFPs and developing new performance models for various architectures to assess capabilities. Technical Lead and POC on several submissions.• Lead engineer on a comprehensive trade study assessing the application of EW payloads on Group 1 & 2 UAS platforms which was presented to military stakeholders.• Developed a geolocation app from scratch using multilateration, pulse correlation, and filtering techniques to successfully determine the position of a real radar system with receivers 20+km standoff.

• Led a team of six through the design of a drone sponsored by Fermilab that maps the radiation emitted from NuMI target systems • Developed a quadcopter UAS to mitigate worker exposure to radiation and improve measurement accuracy

• Researched nanofiber production and applications in Distinguished Professor Alexander Yarin’s laboratory• Identified solutions to nanofiber production by electrospinning and solution blowing various polymers• Performed spectroscopy to quantify various nanofiber media’s ability to filter heavy metals from water

• Developed and published GUI software that performs data acquisition and analysis on accelerator control systems• Reduced time to perform a federal regulatory test and automated data analysis that checks if acceptance are met• Conserved more than $6000 in annual expenses by accelerating test, analysis, and report publication time• Presented work to chief engineers and director level leadership upon project completion

• Performed FEA on exhaust decouplers using ANSYS to predict life cycle• Designed decoupler assemblies in SolidWorks to meet manufacturing standards and customer specifications• Instrumented products with thermocouples, accelerometers and potentiometers in preparation for RLDA• Initiated controlled document change processes (ECN) and drafted standard engineering practice documents (SEP)

• Assisted PhD students in the Multiscale Mechanics and Nanotechnology Research Laboratory at UIC• Constructed testing apparatuses for hydroentaglement experimentation• Conducted experiments and produced test samples to support research theories

• Gathered traffic volume data by installing traffic analyzers on major roadways and intersections for analysis• Optimized signal timing of 44 intersections in DuPage County to reduce traffic congestion• Presented arguments to improve intersections from analysis of motor accident occurrences and traffic volume data