Systems Engineer

9/3/2014
Centreville, VA

Position Desired

Systems Engineering
Los Angeles, CA
Yes

Resume

US CITIZEN – Clearable

Objective
Seeking a full time position as a Systems Engineer with emphasis on Air Transportation System, Aerospace, and Electronics Industry.

Education
M.S., Systems Engineering December 2011 George Mason University, Fairfax, VA
B.S., Electrical Engineering December 2009
George Mason University, Fairfax, VA
A.S., Aviation Maintenance Technology December 2006 Eastern New Mexico University, Roswell, NM
Private Pilot License, FAA part 141 August 2011
AV-ED Flight School, Leesburg, VA

Technical Skills
Programming Languages: JAVA, C++, Visual Basic, .NET
Database: Oracle R11
Operating Systems: Windows, Linux
Simulation and scientific computing: MATLAB, SIMULINK
Systems Engineering Applications: DOORs, CORE, UML, Rational Rose, Enterprise Architecture, MS Visio
Electrical Engineering Applications: PSPICE, Magic Draw, VHDL
Office Suites and Project Management: MS Office, MS Project, PVCS

Work Experience
Metron Aviation, Dulles, VA Oct 2011 – Present
Senior Associate Systems Engineer – Surface Collaborative Decision Making Team
 Reviewed Surface Collaborative Decision Making system concept of operations, requirements, and system metrics and specifications. Documented concept of operation refinements and operational feasibility adjustments based on stakeholders validations session. Participated in FAA and major airliners stakeholders validation session to document their discussion and final decision on the concept of operation as well as operational feasibility.
 Created scenarios for all phases of surface operation in the new concept of Surface Collaborative Decision Making and analyzed the scenarios under different situations based on weather and airport advanced equipments capability. Collaborated with operation and advanced research teams to validate the scenarios based on current Air Traffic Control (ATC), Terminal Radar Approach Control (TRACON), Air Traffic Control System Command Center (ATCSCC), Air Route Traffic Control Center (ARTCC), and Ground Control (GC) capabilities with the future advanced system capabilities.
 Analyzed and validated operational feasibility of advanced equipments such as Departure Metering Procedure (DMP), Departure Reservoir Management (DRM), Departure Reservoir Coordinator (DRC), Surface CDM Data Repository (SCDR), Categorical Metering, Traffic Management Initiative (TMI), Miles In Trail (MIT), Ground Stop (GS), Ground Delay Program (GDP), and Scorecard in concept of operation manual.
 Currently completing scenarios and validations sessions with FAA and major airliners, starting on storyboarding and Human In The Loops (HITLs). Collaborating with software developers and simulation group to interconnect with HITLs procedures and document the final refinements to meet the requirements based on operational feasibility, predictability, and reliability.





Booz Allen Hamilton, McLean, VA Oct 2010 – Oct 2011
Interoperability Testing Systems Engineer - Joint Terminal Engineering Office (JTEO)
 Compiled and formatted client delivery team’s input to the JTEO Multi Band Terminals (MBT), Systems Engineering Integration and Testing (SEI&T), and Enhanced Polar System (EPS) weekly activity reports.
 Reviewed Advanced Extremely High Frequency (AEHF) system operations documentation and the service terminals operations to support JTEO’s Memorandum Of Agreement with Joint Interoperability Test Command’s for Terminal Interoperability Certification.(Focused on the service terminals: Family of Advanced Beyond-Line-of-Sight Terminal (FAB-T), Secure Mobile Anti-Jam Reliable Tactical Terminal (SMART-T), Ground Element Minimum Essential Electronic Communications Network (MEECN) System (GEMS), Minuteman MEECN Program Upgrade (MMP-U), and Single Channel Anti-Jam Man-Portable Terminal (SCAMP))
 Reviewed the AEHF System Specification, Concept of Operations (CONOPS), Requirements Verification Plans (RVPs) for Joint Terminal Segment Specification, Milstar II Terminal Segment Specification, Payload-to-Terminal Interface Control Documents, and Mission Control Segment Common Interface to Terminal Segment document to support JTEO’s interoperability verification efforts. Used the Dyn...

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