Raytheon - Senior Systems Engineer 8/2022 – 4/2023• Supported the development of Model-Based Systems Engineering (MBSE) solutions using Cameo (Sysml) and Requirements Management using DoorsNG, including synchronization between systems with the use of custom attributes and stereotypes, as well as automated link creation between Systems and Requirements Models.Amazon - Senior Systems Engineer 7/2021 – 72022• Developed Requirements, Verification Plan, Trade Studies and performed Validation Review of Support Systems for the Prime Air Drone Delivery Center (PADDC).• Supported the development of the System Architecture and ConOps, as well as supported the iterative design development of Drone support equipment. • Coordinated and collaborated with stakeholders to obtain technical input and approvals.

• Systems Engineering Project Lead for the Development of an Unmanned Aerial System (UAS), including the Development of System Architecture, ConOps, Requirements, Verification Plans, Trade Studies and Systems Testing. As well as the Development of Management Plans, Budgets and Schedules, plus Reporting and Risk Management.• Project Engineering Lead for the Detailed Design, Analysis, and Manufacturing of the full scale, airworthy, prototype airframe of the Sikorsky/Boeing JAMA Helicopter (SB-1 Defiant), which included extensive Aerostructure Design, Manufacturing design, Planning, Scheduling, Budgeting, conducting PDR, CDR, MRR and TIMs, as well as Managing Work Orders and Quality Oversight for the Fabrication and Assembly of the Airframe. • Integrated Product Team (IPT) Project Engineering Lead for the Detailed Design, Analysis and Manufacturing of the full scale, airworthy, prototype airframe of the Sikorsky FARA Helicopter (Raider X), which also included extensive Aerostructure Design, Manufacturing Design, Planning, Scheduling, Budgeting, supporting PDR, CDR, MRR and TIMs, as well as Work Orders Development and Quality Oversight for the Fabrication and Assembly of the airframe.• Developed a zipline style test setup for the Verification Testing of a Tube Launchable UAS which enabled rapid iteration of the design, resulting in schedule reduction and cost savings for the program.

• Provided Systems Engineering support for the Reliability and Maintainability of MQ-1 Predator and MQ-9 Reaper aircraft which included subsystem Requirements Development, Verification Planning, Trade Studie Development, and conducting Technical Interchange Meetings.• Developed Tade Study for the replacement of the Predator Drone IR Camera System, as well as Verification Testing and Validation against DOD Airworthiness standards and System Requirements.

• Designed Parts, Assemblies and Systems (SolidWorks) with collaboration from internal departments, customers, and vendors. Designs maximize functionality & minimize production cost and lead times• Coordinated Unmanned Aerial System (UAS) Flight Testing and analysis of flight test data (MATLAB)• Performed wind tunnel experimentation and analysis to compare with theoretical calculations• Technical Documentation and presentations including Engineering/Test Reports & Design Reviews