Created appropriate meetings, schedules and tasking to develop a new system to help nurses reconcile meds for patients as part of an admission process. This system involved databases using MYSQL, webservices, and windows services.

Supervised five members of software development teamOversaw unit and system software testing and provided input for software integrationDeveloped best practices regarding business logic for software productsMet regularly with sales, accounting, marketing, integration, and support personnel to make sure that software solutions were understood as design progressedDevelopment language experience includes .net, Subversion, and bug catcher

Worked on the "Next Generation Cooperative ID Analysis" task - a study which involved enhancing an existing high-level scenario combat identification analysis tool called GLACIEREnhanced Glacier TOOL using Fortran code that would allow for a Cooperative ID analysis and a Common Operational Picture analysisWrote software code, moved to the testing phase and after all known bugs were resolved moved to the gathering of vital data to accomplish the goals of the studyWorked on integration of COMBAT ID software into a pre-existing GD operational analysis tool called VECTOR

Worked on software to create Emulator for legacy processors (REplace). Languages used were Java, C++, and PowerPC assembly. Some Quality tools used were through Rational products such as ClearQuest and ReqPro. I also have some experience with Visual Source Safe.

Worked on evaluation of various open source databases to work with current tools that the company developedWorked on correcting software issues (written in Java) using JBuilder as the Java Graphical User Interface)Worked with Eclipse (a framework for software applications to work within)Performed CMMI process internal audits and acquired CMMI level-three process training (performed internal audits on different company groups)Completed ISO (AS9100) standardization training and certified as an AS9100 auditor to perform ISO auditsLearned rational tool, XDEtester, which allows automation of ViewStation (a Northrop Grumman Java-based product that helps to give vision into the various aspects of the software emulator that was developed)Demonstrated the efficiency of automating the testing of the ViewStation tool (from 35 hours to 4 hours)Worked on Java code bugs and enhancements that were realized while running end to end test procedures (emulators interaction with ViewStation tool)Helped generate procedures and documents governing regression testing (Regression Test Plan, Test Procedures, and Test Reports)Helped developed requirements for ViewStation product and documented these requirements in Rational Requisite ProWorked on board layout and design for a GPS project called ARTHR. This involved learning how to design using ORCAD and numerous peer review meetings that addressed various design issues (timing, I/O, FPGA layout, etc.)

Worked on the timing requirements for ISA validation of a Cyber computerWrote assembly code used to allow communication between the Cyber's Peripheral Processors and the Central ProcessorWorked with group on creation of a Proxy to be used as an interface between a personal computer (PC) and the CyberWorked on various phases for creating emulators for various government legacy processors, CP1138, ALR56C, and the MPP2Developed emulators using a Power PC and Tornado (embedded programming)Used the Tornado debugger extensivelyWrote a PPC equivalent instruction set (32 bits) using PPC assembly to emulate the legacy instruction sets (16 bits)Wrote test drivers using Java to thoroughly test the emulated instructions and incorporate these results into a database, InterBaseUsed Cross-Compiler32 to generate easy to use legacy processor operational codesModified various C++ files to customize proxy used for communication between various emulators and the legacy processorsFamiliar with Visual Source Safe (software that keeps a record of past software that has been written)Was involved in the writing of software documents (Software Design Documents, Instruction Set, and Validation Test Plan) for the various emulators

Developed various complex signals to be applied to all-digital receiver simulations (platform being SGI)Developed a system by which Veridian could match NRL's standard using the High Accuracy Id algorithms (code to develop system written in ANSI C then converted to C++)Travel and meetings that involved Veridian's role in the advancement of ADS, (a government modeling tool whose software is based on C++ and Koros)Responsible for collecting various data files, characterizing and modifying a new RF receiver modelModified receiver model to allow real data as input to software receiver, adding various modulation code to receiver, and exercising various cluster algorithms on the collected IQ data to find the sensitivities of these algorithmsWorked with Navy Research Labs to analyze and evaluate algorithm resultsWorked on streamlining Matlab receiver model code with the use of Microsoft C++ to increase speed of execution using the receiver modelWorked with Frequency Agile Synthesizer to generate real modulated dataTested receiver model using single signal dynamic range, two signal dynamic range and instantaneous dynamic range and reported results in a professional presentationDeveloped ANSI C code to measure phase delay between two circuits and developed RF design by modifying the current design and making it run under real-world conditionsTook part in brainstorming group meetings about goals and design principals for the GPS systemIncorporated Matlab functions into ANSI C to Microsoft C++ code (this involved a GUI development) to perform real time data manipulationsModified code used for data acquisition, using the GAGE 8012 card, to allow real time data acquisitionsSystem Research Labs (Acquired by General Dynamics

Wrote code to simulate various sensors and generate various flight paths used in wargame analysis (GMTI, SAR, various version of FLIR). Wrote Matlab code to evaluate various sensors. Put together a system to allow the group to gather transmitter data to test our high accuracy id algorithms. Helped in GPS efforts that took place in the Sensors Directorate.

Worked on RSSR project which involvedusing Vxworks (a real-time software package)understanding and applying multiprocessor intercommunication techniquesunderstanding of VME and VXI backplane systemdebugging a dynamic system, andredesigning the dynamic system so that the hardware processing(prototype) that didn't work could be replaced with software processingBecame proficient using UNIX operating system

Oversaw procedures for cable testingSupported use of ANSI C incorporated in Lab-Windows to implement in a prototype test fixture for testing various PCB circuit designs, troubleshooting circuit errors, building various adapter cables, and documenting test procedures using Windows 95 and Microsoft WordWorked on interfacing computer to devices using C++ and DOS programming tool