Software Engineer Resume Mebane, NC - Hire IT People

SUMMARY:

TECHNICAL SKILLS:

PROFESSIONAL EXPERIENCE:

Confidential, Mebane, NC

Software Engineer

Responsibilities:

Enhanced the MyTeller product line in C++, using the XFS, CoinAPI and SibCash API’s.
Created and maintained the InitCheckerX diagnostic application written in c++.
Utilized the CEN XFS standard to implement MyTeller service providers.
Maintained and enhanced the MT - Check diagnostics application using the QT IDE.
Created MyTeller Installation applications for several service providers using Advanced Installer.

Confidential, Clayton, NC

GROCERY STOCKER / QUALITY ASSURANCE

Responsibilities:

Confidential, Rocky Mount, NC

SOFTWARE ENGINEER / TECHNICAL WRITER

Responsibilities:

Confidential, Clayton, NC

Senior Software Engineer

Responsibilities:

Implemented mapping functionality for the Commanders Tactical Display application on the Android platform using ESRI ArcGIS mapping API’s for the Nexus 10 tablet
Performed a Fortify “Secure Code” analysis for the Global Command & Control - Joint Command

Confidential, Chantilly, VA

Senior Software Engineer

Responsibilities:

Supported U.S. Government Customers to analyze, design, and develop specialized applications utilizing the Microsoft Visual Studio and Eclipse development environments
Acted as the Task Lead of small development teams on numerous new and O&M projects
Developed applications written in C++, C#, Microsoft .Net and .Net Compact Frameworks, and Java
Android based secure email application
Secure Peer to Peer application in using implemented using TCPIP / Mesh networks
Secure email applications on Windows desktop, Android and Windows Mobile platforms
Microsoft Office and Firefox Browser COM Plug-ins for sensitive data transfer
Implemented modifications to the U.S. Army IAI RQ-5 Hunter UAV airborne and ground control software in C++ on the Linux platform to achieve UAV interoperability in Joint Coalition Operations.

Confidential, Reston, VA

SENIOR Software Engineer

Responsibilities:

Supported projects sponsored by the U.S. Government, Defense Threat Reduction Agency to ensure U.S. compliance with current and pending U.S. multi-lateral and bilateral treaties
Compliance Monitoring and Tracking System (CMTS)
Arms Control Information and Notification Systems (ACIN)
Developed and maintained the "Core Applications" and communication software of the CMTS system utilizing C++, MFC and Win32
Implemented interfaces with numerous UNIX processes and Sybase's SQL Anywhere
Established a state table based communications module, supporting simultaneous Point to Point Protocol (PPP) connections
Responsible for the MDI engine, U.S. Government “format” modules, data processing, “compliance checks”, and secure data transmission
Provided operational and on-site support for all CMTS and ACIN systems
Task Lead for the conversion of the CSBM treaty software converting it from a Win32 architecture consisting of 6 applications to a single MFC MDI based application utilizing dynamic link libraries (DLL)

Confidential, Springfield, VA

Software Engineer

Responsibilities:

Designed and integrated computer systems for the U.S. Navy, Naval Sea System Command, Greater Submarine Directorate
Created an integrated management system consisting of Customer Service, Asset Management, Personnel Management, Training modules
Implemented in C++ using Vermont Views as the screen interface and MDBS IV database engine.
Built a database driven scrollable forms engine
Database driven U.S. Government forms automation application
Cut development time of automating a U.S. Government forms by 75 percent
Forms engine printed both the form image and data on a HP LaserJet II+ printer
Developed a complete 14-phase application life cycle documentation package

Confidential, Fairfax, VA

Software Engineer

Responsibilities:

Generated a LAN based inbound / outbound predictive dialing system
System was implemented in C and Clipper, under the concurrent DOS 386 platform
Allowed the loading of hundreds or thousands of telephone numbers into the system, which would then be dialed and upon connection transferred to an operator
Tracked individual operator "talk-time" averages to predict when to have a new call available to transfer to the operator
Filtered out telephone company intercept messages (e.g., disconnected, cannot be completed as dialed), distinguishing an answering machine from a live person
Recorded the sale/poll results