Working in C# to assist clients in transitioning paper documents to electric form by processing large quantities of information in a timely manner.

Developed a variety of software products under .Net 3.5 and WPF while maintaining a Delphi legacy code baseInstrument ControlDesigned and implemented a WPF user interface using Model - View - View Model design pattern Utilized data-binding to link view with the model to reduce code nestingDeveloped using test first method with NUnit/Rhino Mocks/ResharperAssumed ownership of the open source charting framework Swordfish Leveraged well known .Net tools NHibernate/Ninject/WPFToolkitStatistical AnalysisDesigned and implemented a WinForms user-interface using the presenter patternDeveloped C-to-MatLab and C#-to-C interfacesImplemented a C#-to-Delphi interface to import a legacy file formatUsed existing WinForms tools TeeChart/ExceedHardware CalibrationDesigned and implemented a tool for real time analysis of instrument camera dataInterfaced with an instrument using a serial over comm. driver.Net InterfacesAuthored interfaces between.Net and C, Delphi, MatLab and proprietary devices Delphi to C# TransitionDemonstrated through proof-of-concept applications the viability of C# and .Net architecture in biochemistry analysisInitiated transition of software development from Delphi to .Net as a platform for future projects

Worked in the Orthopaedic Department and in the newly created Orthopaedic Center as a Medical Assistant and IT Specialist.