Lead Verification Engineer for GMD Weapon Systems(GWS) IFICS Data Terminal (IDT)- Develop Component and subsystem level Verification strategies- Strategic planning and development of Verification assessments and testing deadlines

Lead Systems Engineer for System-Subsystem Requirements Integration and Traceability IPT on MDA Missile Defense National Team· Lead system engineering, analysis, & product development in an Agile environment, to enable the evolution of Missile Defense System Technical & Operational Baselines for the Missile Defense National Team· Spearheaded the creation of RI&T team in Huntsville to execute MDA System of Systems Verification· Reduced Trace analysis timeline by 98% through Python & DOORS automation· Point focal for engineering, adjacent IPTs, program leadership, customer, MDA, & industry partners· Confirmed, reviewed, & established requirements traceability to ensure the Integrated Ballistic Missile Defense System (BMDS) met requirement expectations from the System-level through the Subsystem-level

Responsible Engineer for System Concepts & Requirements IPT on MDA Missile Defense National Team. · Interfaced directly with the System Engineering Directorate (SED) of the Missile Defense Agency to coordinate System Change Notices (SCNs) to the Integrated Missile Defense System System-Level Specification (SS) · Achieved a 73% schedule reduction ($1.6M) on a $2.2M SCN project through DOORS and Python automation· Delivered: 12/12 CDRLs, 20/20 DALs, 2/2 SRR briefings, & 5/5 NT-E Chief Engineer Special Projects· Created Digital Dashboards in CAMEO to support MBSE Design reviews & briefed to SIWS Executives· Completed GM/AB System to Element Model Integration TI (Proposal, SOW, CAMEO demo, Future Funding)· Completed 2 System Requirement Reviews (SRR) – Increment 9A & Increment 10 (Storyboard, Req Assessment)· Nominated for an Engineering Excellence Award for Leadership & Coordinating the Inc 10 SRR

Strategic Test Planning & Interceptor Performance Lead for Ground Based Midcourse Defense (GMD)Interceptor Performance Team Lead: · Analyzed GMD system performance using Medium Fidelity Aero-Simulations to facilitate requirements compliance, requirements verification, & risk mitigation· Experienced in Orbital Dynamics, Ballistic Kinematics, Modeling & Sim, and GMD Mission Planning· Created Interceptor analysis in Python & MATLAB for requirements verification & waiver development· Led Weekly Flyout Fan Working Group Meetings with Industry Partners & Contractors· Successfully completed & presented Booster analysis for PDR, CDR, & Deep Dives to executive leadershipStrategic Test Planning Team Lead: · Provided technical guidance on GMD booster characteristics to MDA, NGIS, & Boeing SEIT Analysis Teams, to support flight test planning· Utilized Python & POST to generate & optimize booster flyout characteristics for Flight Test Planning· Developed & successfully presented flight test plans for 2 GMD Flight tests to MDA (BVT-03, FTG-12)

Software Engineer on GMD Medium Fidelity Simulation Team· Developed analytical models in Python to predict & prevent GMD system failures· Provided technical programming assistance to System Analysis teams (MATLAB, Python)

· Analyzed thermal properties of Exploratory Upper Stage section of the Space Launch System· Developed a thermal model to analyze Liquid Hydrogen boil-off in vacuum· Directed effort to determine/mitigate wire harness thermal failure

Space Launch System (SLS) - Core Stage Design:· Led successful CDR design qualification test, using CREO/ProE, for the SLS Cameras · Conducted lab testing of camera lenses with the NASA customer to characterize ocular interference and vignette· Prepared CAD model for SLS Exploratory Mission 2.

· Tested beta software suite of Finite Element Analysis Tools for composite structures· Developed material property test matrix for next generation Structural Analysis tools· Performed Finite Element Analysis of Bolted-Joint carbon fiber composite structures on the 787 Dreamliner· Collaborated with a Senior Tech Fellow to obtain funding from NASA’s Advanced Composites Consortium· Developed project work plan to reduce test and development cost of composite structures

· Presented revolutionary cold spray method to reduce rework in helicopter motor and gearbox assemblies· Utilized CATIA to perform engineering design change requests on Blackhawk gearbox and rotors schematics· Performed EC’s, EI’s, ACN’s, EWR’S, and other Engineering design operations on aircraft · Trained and prepared entire Engineering Cell for ACE recertification· Presented research procedure to revolutionize Overhaul and Repair

Operated Carpentry equipment such as saws, drills, welding tools, etc. Constructed progressively complex forms and performed wood treatment and handling. Repaired HVAC Systems, electrical wiring, PVC Piping, and hall foundations.Generated multiple solutions, within given parameters, for a fortune 500 company.