• Established and oversee the integrated requirements management process for the Xe-100 Development Program• Manage team of internal employees and contractors that supports the entire Xe-100 organization in tracking, controlling, and verifying requirements.• Developed novel approach for requirement identification, decomposition, and compliance to support a risk-informed, performance-based licensing strategy in the US and Canada• Created methodology for ensuring traceability from all decomposed technical requirements to regulatory, internal, and customer stakeholder requirements• Lead effort to integrate MBSE via CORE and GENESYS into design processes• Implemented requirement change process controls to ensure validity of the design configuration baseline

Surface Electronic Warfare Improvement Program, Block 3• Managed the objectives, action items, and scheduling of every meeting to guarantee all requirements changes were addressed and recorded• Analyzed proposed major engineering changes and requests for deviation submitted by OEM• Supported major systems engineering events and technical reviews, including formal qualification testing and functional configuration audit, to help closeout the development stage of the program and transition to land-based testingCIWS• Provided systems engineering support to NAVSEA PEO IWS program office on major upgrade initiatives for Navy’s Phalanx and SeaRAM weapon systems• Reviewed technical documentation (drawings, weapon specifications, test plans, etc.) from prime contractor for accuracy and thoroughness• Improved functionality of Excel database tracking failure data for systems undergoing post-production testing

• Brought in as part of new Innovation Hub's initial engineering team to expand development of Faraday's smart transformer technology (Faraday Exchanger)• Worked with all three primary engineering divisions (electromagnetics, power electronics, and controls) to ensure product meets external and internal requirements• Collaborated with UK-based engineers and supported procurement efforts with U.S. suppliers to design, integrate, and troubleshoot a three-phase Faraday Exchanger test rig

• Utilized GSE’s proprietary modeling software on five fossil fuel and chemical process plant simulator projects, each requiring custom-tailored installation and configuration• Implemented two-phase thermodynamics and heat transfer in the design of feedwater, boiler, main steam, cooling water, and fuel gas systems across multiple simulators• Developed custom digital and analog control logic diagrams that linked GSE’s plant models to distributed control systems provided by Emerson, ABB, Honeywell, etc.

Working with professor to help teach Vibration, Control, and Optimization II. My primary duties include leading lab sections, holding weekly office hours, and grading assignments. As a former student of the class, I play an important role in helping the the professor shape the learning plan for the benefit of the current students.

Working on a project within the Center for Environmental Energy Engineering. The project is looking at developing a hybrid solar cooling system to increase the coefficient of performance of the vapor compression cycle (VCC). My primary responsibilities include designing and building a dual wind tunnel facility to test the performance of a desiccant wheel, a device that removes moisture from air and decreases the required energy input in the VCC.

I worked with a small team to manage a transition process for the finance and procurement operations of an international higher education company and aimed to save $17 million in annual labor costs. I created robust dashboards that compiled labor cost data from over 6000 employees. Lastly, I leveraged Excel’s data analysis capabilities to accurately calculate labor savings for the client across all regions.

Worked as a Functional Analyst Intern on the USPS account. My role consisted of primarily creating test materials, which include but are not limited to test data, scripts, and conditions. My team was in the systems integration testing phase on the latest release of an Oracle Database. On an under-staffed team, I was tasked with quickly learning and implementing the relevant SQL knowledge needed to execute the systems integration testing, and played an essential role in getting my team back on track with their project timeline by the end of my internship.