SUMMARY

• Accomplished Software Engineer and Web Site/Application Designer with a formidable background in design and implementation of commercial - quality software and web applications, along with 2 years of semi-conductor circuit design and layout. Strong Object-Oriented, GUI, and Embedded Software development skills.
• Demonstrated knack for adapting to new environments and learning new technologies and skills at the pace needed to produce applications that exceed expectations.
• Outstanding interpersonal, analytical, programming, and troubleshooting skills combined with a wide range of business experience.

PROFESSIONAL EXPERIENCE

Confidential, Richardson, TX

Responsibilities:

• multiple new modules for Informa Exhibitions’ trade show sites (‘World of Concrete’, ‘AIA Conference on Architecture’, etc.)
• Informa Interests Lookup application, a single page application (Bootstrap, jQuery, Javascript, HTML5, CSS3, Ajax) that made Ajax calls to Web Api 2 REST services (C#, Entity Framework) backed by SQL database.
• Fixes for maintenance tickets for trade show sites.

Confidential

Responsibilities:

• CheckData Web API service - received JSON-formatted check data, from which the service would extract Tip data and then write all data to files stored locally.
• ServerTipData web application - displayed tip data in a Telerik UI grid view.
• Uploader service - uploaded local files to Azure Blob Storage and entered a message in the Azure Message Queue notifying the cloud service of the blob's presence.
• Blob Processor Service - deserialize the JSON-formatted check data in the blob and write the data to SQL database.

Confidential

Responsibilities:

• Using Visual C# 2013, MVC 3, ASP.NET 4.5, Javascript, and jQuery, fixed bugs and provided support for Confidential 's numerous online banking websites
• Using SQL Server 2012, PowerShell, and LINQPad, created PowerShell scripts to automate the configuration of Confidential servers
• Designed, implemented, and tested a nested AjaxToolkit Accordion menu user control for later in corporation into GoSystem Tax RS web application.

Confidential

Responsibilities:

• Using Visual C#.NET 3.5, ASP.NET 2.0, JavaScript, and MS SQL Server, designed and implemented the Positive Pay web application to allow merchants and the bank(s) that they are serviced by to accurately and efficiently track checks issued by the merchant, for purposes of fraud protection. The application employed several custom controls and a custom drop-down side menu which allowed merchants to upload entire files of check items, or manually enter the data required to track an individual check item. Merchants may also edit or delete data entries in individual check items.
• Using Visual C#.NET 3.5, ASP.NET 2.0, JavaScript, and MS SQL Server, designed and implemented the Positive Pay Admin web application so that banks may add/edit/delete merchant information and download specified check items.
• Using Visual C#.NET 3.5, ASP.NET 2.0, JavaScript, and MS SQL Server, designed and implemented LogIn web application, which will be integrated into each new company web application for authorization purposes. Application is linked to “host” web application, performs user authentication in its custom control objects, then redirects back to “host” web application passing the user’s parameters.
• Using Visual C#.NET 2.0, .NET Web Services, and MS SQL Server, designed and implemented the Software Version Verifier web service, which retrieves and compares the version information of assemblies contained on the Goldleaf Deployment Server with those on the client machine.
• Using Visual C#.NET 2.0 and MS SQL Server, designed and implemented the Goldleaf Software Version Verifier Windows application. As executed on a client computer, the application will retrieve the version information of Goldleaf assemblies from the Goldleaf Deployment Server (employing the Software Version Verifier web service), the local executable version, and the local downloaded (but not yet activated) version.

Confidential

Responsibilities:

• For Sogeti client GameStop Corporation (Grapevine, Texas 02/07 - 05/07), aided in the development and debugging of the Advanced Point-Of-Sale (APOS) application.
• For Sogeti client Zales Corporation (Irving, TX 01/07 - 02/07), designed and developed the Design Product Information Worksheet Wizard to walk vendors through the steps necessary to enter each prospective piece of jewelry’s entire set of characteristics, and to allow vendors to save results to a Zale’s centralized database and retrieve previously entered items for editing.
• For Sogeti client Alcon (Fort Worth, TX 10/06 - 12/06), added new user interfaces to Toric and Phakic Calculators, and developed a language translation utility that allowed administrators to develop cultural specific xml files for the Toric and Phakic calculators via a custom user interface using templates, allowing new languages to be added to the calculator applications without recompiling them.
• For Sogeti client Southwest Corporate Federal Credit Union (, TX 07/06 - 08/06), assisted in the development of a system to import x9.37 files for transmitting check clearing data from one bank to another into SCFCU’s proprietary system.

Confidential

Responsibilities:

• Using Rational Rose XDE and Microsoft Word, produced high-level and low-level (200 pages) design documents for the IO Subsystem of the Confidential Medical Image Central Software product. Documents included class diagrams for over 30 classes, sequence diagrams, module dependency diagrams, and thorough explanation of the IO Subsystem operation.
• The subsystem provides multi-threaded fetch, read, and write access to a range (DICOM, BMP, JPEG, TIFF, etc) of image files accessed by the Confidential Medical Image Central Software product. IO Source and IO Sink Adapter classes were designed and implemented in a four-tier hierarchy.
• Using Visual C#.NET 1.1 and XML, implemented and tested the IO Subsystem, and integrated it into the Confidential Medical Image Central Software product. Integrated numerous additions and alterations to the subsystem, requested as other subsystems of the Confidential Medical Image Central Software product were implemented.
• Using Visual C#.NET 1.1 and XML, designed and implemented IHE IO Adapters for disk writing. The adapters opened and read DICOM files, then saved the files and wrote relevant information into XML files (also to be written) to a master IHE directory (which consists of one or more subdirectories, depending on the number of files to be written).
• Using Visual C#.NET 1.1 and XML, designed and implemented numerous dialog windows for Confidential Medical Image Central Software product setup. The dialogs read XML code from a configuration module, and write modified XML code back to the configuration module.

Confidential

Responsibilities:

• Enabled the processing and analysis of databases of drive test data by developing the GUI for the claRiFy Analyzer, a multi-threaded data processing and analysis application for the surveying of wireless cellular systems. GUI processed real-time messages and status updates from the various threads of processing engine and displayed them in a color- or symbol- coded format.
• Enabled each of the modules and programming teams for the claRiFy project - Analyzer, Viewer, and Collector - to have common interfaces for various claRiFy tasks by designing and developing the database connection and common dialog DLLs. Components of these DLLs create and connect with databases, retrieve database and file information, provide status updates received on multiple threads (complete with status controls and real-time animation), and many other common tasks.

Confidential

Responsibilities:

• Enhanced speed and efficiency of CS700 RF data collection, storage, and forwarding hardware unit by creating a Visual C++ embedded shared memory log cache system. Modified CS700’s logging module data path into a more efficient design, eliminating many time asynchronous time delays. Finished project well ahead of schedule. Performance: no reported bugs in three years’ field operation.
• Enabled Pola Antenna Hardware System to control antenna sweeps, display received RF data on a polar graph, and communicate with other modules in Pola system by designing and developing Antenna Control GUI for Pola project. Finished project 1 week ahead of deadline. Performance: surpassed rigorous 1-year field-testing standards.
• Developed the control and data display and complete analysis for an RF scanner and up to 5 receivers by developing the Rubidium Spectrum Analyzer system (one of two software engineers responsible). Designed and developed Handoff Receiver Control (HRC) GUI and embedded software, and created receiver-specific DLLs to support both the Spectrum Analyzer program and the HRC. Performance: currently deployed - no reported bugs.
• Enabled the control of all Salicon hardware and display of RF spectrum on two separate graphs by designing and implementing control GUI. Finished software 1 week ahead of hardware.