Software lead and architect for the PMET and PMT programs. C#, C++, CLI, XML, XAML, Unreal, and SQL on a Windows platform.

Led development teams. Designed and implemented new software applications and new features for legacy software.• Project lead and architect on the TSA OIC(OSARP) screener imaging workstation project. C#, CLI, C++, VTK, SQL, MVVM on Windows 10.• Project lead and architect on the TSA Common GUI screener imaging workstation project. C#, CLI, C++, VTK, MVVM on Windows 10.• Project lead on next generation CT baggage scanner software. C#, CLI, C++, VTK, SQL on Windows 7 64-bit platform.• UI, imaging, and database applications development and technical lead for the CT-120/CT-800MS baggage scanning systems. C#, CLI, .Net, VTK, XML, SQL, LINQ, XSLT, on Windows 7 64-bit platform.• Reduced product cost by designing and implementing dual energy X-Ray data subsystem for the baggage scanner and eliminating the need for two expensive graphics computers. C++ and STL on a Windows 7 64-bit platform.• Project lead on TIP screener performance monitoring and training software design project.• Collaborated with the machine vision group to develop their tools suite C++, QT, STL, Boost, VTK on Windows 7.• Specification of computer technology and related components used in the CT-120 and CT-800MS products.• IT manager for local office. Duties included domain management, new equipment specification, and local systems support.

Worked on JMPS Framework.Worked on JMPS IETM help project.Worked on eCommerce product.

Worked on TASM mission planning software.Worked on JMPS aircraft mission planning software.

Developed requirements, designs, and test plans for new product features and enhancements for the company's aircraft flight planning software using C++, C#, STL, ATL, COM, XML, MFC, .Net, ADO, and UML on a Windows XP/Vista platform.Responsible for the local branches' first successful software release within weeks of starting the job.Assumed development responsibility for several of the division's products and led them to successful delivery and acceptance by the client. By working more efficiently I also reduced the number of engineers needed for the projects.Identified weaknesses in the project's core products and designed solutions that were readily adopted.; -370-2700Developed requirements, designs, and test plans for new product features and enhancements using C++, C#, STL, ATL, COM, XML, MFC .Net, ADO, and UML on a Windows XP/Vista Platform.Software architect providing guidance to produce a coherent software system across all hardware platforms in production.Redesigned the company's data subsystem to reduce new instrument development time from weeks to days and from two engineers down to two.Project and development leads on the UI, data subsystem, and QA/Test groups that led to the most successful release of the company's instrument control and analysis software on thier most popular semiconductor tester the J750.Produced a world class (customer's words) UI and error handling system for the company's handler project.

Develop specifications, designs, and test plans for new product features and enhancements using C++, MFC, and Rogue Wave.Project lead for three of the five features included in the most successful release of the company's main software product to that date.Worked with marketing to deliver the software features our customers were asking for.Provided project scheduling and budgeting for the main software project.

Provided software and algorithm development to analyze statistical data for space based target identification using FORTRAN on a VMS platform.Advanced development of the company's maximum-likelihood-based adaptive neural network application.

Provided programming, analysis, and systems management for MIT Lincoln Laboratory, Group 52 Laser Radar Measurements using FORTRAN on a VMS platform and C and x86 assembler on a DOS platform.Developed a real time-data network to link the three of MIT's Millstone Hill facilities and NASA to allow simultaneous tracking of objects.Major contributor to the first successful field test of a LASER radar after 25 years of development.