• Worked on the MRAP Integrated Bridge software project including installing, maintaining, and distributing various versions of Red Hat Enterprise Linux; creating custom kickstart configurations and automated installation media• Analyzed, created, and implemented Security-Enhanced Linux rule sets for file system read, write, and execute• Analyzed Nessus, Cppcheck, Fortify and STIG reports and made appropriate updates to OS and C++ code• Created and maintained network configuration and firewall rules across a wide range of devices and vehicle variants• Created and updated lockdown OS images, users, and user access control list per DOD requirements• Installed and configured various versions of Windows including XP, 7, and Server (2003, 2008, and 2012); configured Active Directory, DHCP, DNS, and Remote Desktop servers; installed and configured license servers such as FLEXlm, Atego, Passport Inventory system, SolidWorks, and Creo• Participated in hardware requirements, trade study, cost analysis, and demo unit testing• Wrote communication server for MRAP system to subscribe VNC client, position data, and BIT information from FBCB2, JCR, and JBC-P; wrote library to display VNC client on Warfighter Machine Interface in Linux and Windows (in C++)• Installed and configured various hypervisors such as ESXi, Hyper-V, and Linux KVM-QEMU to create virtual network to connect virtual machines for wide range of applications

For TARDEC/NextGen Lab/FCS/GVSL• Wrote and tested windows device driver for MBDS (Vetronics Corporation), Utility Bus, PCMCIA, and PCI cards to emulate up to 64 modules each consisting of 32 controllable devices• Wrote network data analyzer for robotic collaboration and robotic vehicle control architecture to analyze latency across multiple systems• Installed and configured various SOSCOE versions including SE version 1.5, 1.8, and ME on various machines; used Composer Studio 3.1 to write C++ code to utilize communication services between CMS, FBCB2, SOSCOE, SE, and ME (loaded on TDM C6711 DSP board)• Served as member of HGTM STO team; developed GUI for displaying interactive map of simulation areas including entities using MIL-STD-2525 compliant symbols; this User Interface was connected to SimCreator using Berkley Sockets to update vehicle locations• Served as member of Test Automation Integration Environment team; developed and maintained software used to emulate Line Replaceable Units, including GUI, communication software, and interface to Microsoft Access database; software is flexible and configurable tool that interfaced directly with MIL-STD-1553B bus via SBS-PASS card and allowed users to simultaneously view and modify any piece of data associated with packets on the bus• Designed and developed Human Performance Model (HPM) Interface, including GUI; the software interfaces with distributed DIS/HLA simulation and provides study of human behavior in simulated battlefield situations and analysis of crewmembers’ workload; GUI allows visualization of critical Visual, Auditory, Cognitive, and Psychomotor workload information and controls many aspects of HPM simulation• Supported system integration for Embedded Simulation System team – man-in-loop simulation system with 3D virtual terrain visualization and interface to operational ground vehicle platforms; aided in debugging DIS/HLA network interface module, SMI, and UGV simulation software