Serves as senior member of the team responsible for the development and enhancement of the Airspace and Traffic Operations Simulation (ATOS) and the Aircraft Simulation for Traffic Operations Research (ASTOR). Responsible for the integration of new air traffic management (ATM) tools and technologies into ATOS and ASTOR, and for maintaining and upgrading ATOS infrastructure. Made extensive modifications to the ASTOR’s Pilot Model system to support experiments in Flight Deck Interval Management… Show more Serves as senior member of the team responsible for the development and enhancement of the Airspace and Traffic Operations Simulation (ATOS) and the Aircraft Simulation for Traffic Operations Research (ASTOR). Responsible for the integration of new air traffic management (ATM) tools and technologies into ATOS and ASTOR, and for maintaining and upgrading ATOS infrastructure. Made extensive modifications to the ASTOR’s Pilot Model system to support experiments in Flight Deck Interval Management (FIM) and Separation Assurance (SA). Served as key member of the software team modifying the Traffic Aware Planner (TAP) for flight trials with Alaska Airlines. As part of that effort, led a team that developed the Ground Data Processor, which generates 3-dimensional convective weather polygons (used by TAP) from data ingested from a commercial weather provider. All software was developed in C++ and hosted on both Windows and Linux platforms.Also serve as Site Lead for the 11-person team of Metis employees supporting NASA LITES-II contract. Responsibilities include serving as company liaison at NASA Langley, screening resumes for employment candidates, reporting monthly on contract issues, employee performance appraisals, and time sheet approval. Show less

Maintain and enhance large-scale distributed air traffic operations simulations. The simulations support research into next generation air traffic management systems being conducted at NASA Langley Research Center. Languages: C++. Operating Systems: Windows, Linux.

May 2010 - May 2012: Responsible for the maintenance of software systems for full motion rotary wing flight simulators (A/MH-6M, MH-47G, MH-60K/L/M). Specialized in aircraft systems and avionics. Languages: C, C++. Operating Systems: Linux, WindowsMarch 2005 - May 2010: Responsible for development of software modifications to a variety of fixed-wing flight simulators (F/A-18C/D/E, E-6B) and weapons systems trainers (E-6B). Specialized in avionics, instructor station, and visual… Show more May 2010 - May 2012: Responsible for the maintenance of software systems for full motion rotary wing flight simulators (A/MH-6M, MH-47G, MH-60K/L/M). Specialized in aircraft systems and avionics. Languages: C, C++. Operating Systems: Linux, WindowsMarch 2005 - May 2010: Responsible for development of software modifications to a variety of fixed-wing flight simulators (F/A-18C/D/E, E-6B) and weapons systems trainers (E-6B). Specialized in avionics, instructor station, and visual system interface. Languages: C, FORTRAN, C++, Java. Operating Systems: Linux, WindowsAugust 2004 - March 2005: Designed, implemented, and deployed a web-based buyer-furnished equipment tracking database for the C-130J program. System consisted of a web-based interface (developed in Visual Basic .NET) driving a SQL Server database.February 2003 - August 2004: Responsible for the maintenance of software systems for full motion rotary-wing (HH-60G) and fixed-wing (C-130H) flight simulators. Specialized in aircraft systems and avionics. Languages: FORTRAN, C, Ada. Operating Systems: UNIX (Solaris) Show less

Responsible for the maintenance of factory automation software for a large semiconductor manufacturing facility. Languages: C. Operating Systems: UNIX variants.

Responsible for the migration of a computer-aided dispatching system for the New York City Fire Department. Languages: Macro-11 and Macro-32 Assembly, C. Operating Systems: RSX-11M, VAX/VMS.

Responsible for software maintenance and upgrades to the KC-10 aircrew training and boom operator training systems. Languages: C, FORTRAN. Operating Systems: UNIX variants.

Responsible for software maintenance and operation of a high energy laser control system. Languages: FORTRAN, C, Macro-11 Assembly. Operating systems: RSX-11M, VAX/VMS.

Responsible for the software maintenance and operation of a high energy laser control system. Languages: FORTRAN, C, Macro-11 Assembly. Operating Systems: RSX-11M, VAX/VMS.

Responsible for the development of digital flight control and cockpit display systems for the C-17 transport. Languages: JOVIAL. Operating systems: MIL-STD 1750-A.

Responsible for the development of embedded and mission planning software for rocket (Multiple Launch Rocket System) and missile (Air Force Anti-Satellite) systems. Languages: FORTRAN, Macro-11 Assembly, Z-8000 Assembly. Operating Systems: RSX-11M, MVS.

Responsible for the development of man/machine interface software for a training range control system, and test data reduction and analysis software for GPS receiver applications. Languages: FORTRAN. Operating Systems: VAX/VMS, RTE-6.

Responsible for the development of flight test data reduction software. Languages: Macro-11 Assembly, FORTRAN. Operating Systems: RSX-11M.