Responsible for leading development of the national Verizon SMART Tool software partnership program between TES and Verizon. Managing multiple software development teams for all aspects of software development for multiple software development projects, including desktop engineering software, Web sites, and mobile applications. Responsible for software requirements analysis, architecture design, dev ops, delivery, maintenance, and support.

Managing technology improvements, updates, and fixes for banking software applications. Facilitating and enforcing the software development process. Interfacing with users to understand requirements, track timelines, and manage expectations.Microsoft .Net, SQL Server, SSRS, SSIS, Informatica.

Software consulting for O&G sector clients.

Providing management and software development for all phases of software engineering including requirements analysis, task planning/tracking, build management, testing, and release management development. Reporting to the Product Engineering group; responsible for the Linux-based ZSystem Recorder Software and Windows .NET based inventory management system and manufacturing test suite for custom built data acquisition devices.Recruited and hired many of the key members of the software development team.Introduced new concepts to the software development group, including the use of source control, release management, software quality, bug tracking, object-oriented software design and development, and championed the value of software engineering to both management and software engineering staff.Implemented source control with Subversion, TFS, and git.Implemented automated code analysis with Coverity.Implemented Agile methodology using Rally.Implemented bug tracking with Bugzilla.Responsible for measurable improvements in the overall quality and reliability of recording system software.Responsible for conception, design, implementation, and support for flexible RFID-enabled equipment tracking and inventory management software that's used by both in-house manufacturing personnel and by clients. This system is built using C#, .NET 4.5, WPF, PostGreSQL, SQL Server, and a variety of RFID device access APIs, including Alien, Motorola/Symbol/Zebra EDMK, and FEIG APIs.Responsible for design and implementation of .NET WPF-based post-assembly test stations for Z100 product line; implemented using C#, .NET, WPF, T-SQL, SQL Server, Windows.

Served as one of the founding partners for this small but leading edge software company. Primary role was to provide software engineering expertise for the DART software architecture and applications built for our clients. DART is an unstructured object-based software environment that allows developers to rapidly assemble highly complex engineering and business process solutions. DART is able to manage complex, ad-hoc object relationships and permit open-ended queries for data models with a minimum of configuration, deployment, maintenance, or software licensing overhead.Refined architecture design and implementation to ensure that DART could support the needs of a wide variety of applications.Interfaced with clients to ensure that requirements were properly managed.Designed and built job management system for wireline logging applications using DART.Developed short and long-term marketing strategies.Primary platforms and tools included Visual Studio C/C++, Windows, STL, FOX Toolkit.

Served as Lead Architect for GeoCOM which is an application framework designed for use in a wide variety of oilfield service and processing applications. Responsible for all phases of software development, including analysis, design, construction, and testing. GeoCOM is a COM-based multi-tiered application framework built upon Microsoft DNA.Development of the software methodology to drive development of the company’s software projects.Primary tools and technologies included Windows 2000, Visual Studio .NET, COM/DCOM, ATL 3.0, MSMQ, MTS, OLEDB, ActiveX, Rational Rose, MS Project, MFC, ADO, Visual Basic, Visual InterDev 6.0, SQL Server 6.5, Visual SourceSafe, ClearCase/ClearQuest, MS Visual Modeler, InstallShield, and Visual Intercept.

Served as Software Development Manager and lead software architect for the this company's Citation wireless seismic acquisition system project. Led a development team to build software for this bleeding edge seismic acquisition technology. Responsibilities included development of the Line Control Unit (LCU) and the Pre-Processing Unit (PPU) software. The LCU is a Windows 95 based acquisition controller, which serves as the primary user interface for this 2000+ channel acquisition system. The PPU is a scalable Windows NT based data analysis and QC system that graphically displays, plots, processes, and formats acquired seismic data. Simultaneously led the development team and contributed to code development.Served as primary interface to Operations and for requirements analysis and system support.Built and deployed the system and assisted in its successful field deployment.Tools and technologies include Windows NT, Win95, Visual C++, MFC, VToolsD (device driver toolkit), MS Project, and Visual SourceSafe.

Software engineer performing requirements analysis, design, and implementation for numerous data acquisition and control applications for NASA's Biomedical Research Laboratory under KRUG’s (now Wyle Labs) NASA contract.Developed an experiment interface to the Space Shuttle’s Onboard High Rate Multiplexer for the in-flight Lower Body Negative Pressure experiment. Used NEC V25 processor, DOS, BorlandC and Paradyne Remote Debugger.Developed an in-flight three axis accelerometer data recorder for NASA's experimental KC-135 ZeroG aircraft. Implemented this using C++, DOS and LabWindows CVI.Tools and technologies included C/C++, Windows 3.0, Windows SDK, BorlandC, and LabWindows CVI.