Developed a case processing system in PEGA for orthopedic surgeries. C# programmer that supported Zimmer's image processing system.

Software engineer that supported MorphoTrust's state driver license issuance.Major Technologies used: SQL on Microsoft Server 2012, C#, and Jenkins.

• Developed a software system that certified instrumentation gauges made by Dwyer.• Worked with management and users to determine requirements. • Helped design the database scheme for the certification system using Entity Framework. • Developed the GUIs in WinForms which accepted keyboard and scanner inputs. • Wrote the unit test code to test C# methods using Nunit framework. • Wrote the retrogression code for the certification system using AutoIT.Major technologies used: C#, .Net, Team Foundation Server, SQL, Entity Framwork, Nunit, AutoIT, WinForms, and Tortoise SVN.

• Developed web site for an education products company on BlueHost provider.• Did proof of concept using ASP.NET vs WordPress• Integrated external resources such as MailChimp and embedded external documents. Technologies used: WordPress, PHP, HTML, CSS, ASP.Net

Provide development support and oversight of test stand project to Diabetes Care division. Translate product requirements into software specifications, participates in and coordinates research and development test stand activities, including architecture, design, development, unit and integration testing, and associated documentation. Responsible for budget, project schedule, outside contractors, and support of current manufacturing.

Tested/debugged an in house automated system test application package FAST (Firmware Automated System Test). The purpose of FAST was to perform firmware testing of electrical utility meters. Test scripts were written in XML and C# for the purpose of collecting data, testing limits, controlling loads on the meter, and documenting results of the testing.

Software Engineer in the Innovation & Continuous Improvement Methodologies (I&CIM) Group which developed PC based software tools using C# and Microsoft 2005 Server database for system validation engineers.

Software Engineer (2003-2008) - Worked in the Development Instrumentation Tools Group. Following is list of my experience.* Worked on a PC WIN/XP based calibration tool suite. Responsibilities included writing the software design document for the database, proof of concept with ADO.NET along with using SQL and LINQ statements, developed source control and build procedures for the application suite implementing the 3.5 NET technologies.• Collaborated with a team that designed, developed, and tested an automated testing and measurement system named Test Tool Box (TTB) designed to run on Microsoft XP operating system. Responsible for developing the JET 4.0 database scheme and writing test scripts in Microsoft 6.0 C/C++ and Python 2.4. Performed proof of concept activities using National Instrument’s TestStand, LabView, and Measurement & Automation packages. A digitally controlled vehicle simulator by OPAL-RT was used in TTB to simulate the vehicle’s sensors and actuator environment. Developed routines in C/C++ that communicated to additional equipment via a General Purpose Interface Bus (GPIB). Used Microsoft Access 2000 report objects and Visual Basic Application Code (VBA) to automatically create reports of tests run in TTB.• Functioned as “Build Manager” for software configuration management for software groups located in Kokomo, In. and Bangalore, India. Telelogic CM Synergy / Change Synergy was the configuration management system used. The build procedures consisted of applications written in Visual Basic 2008, Visual C/C++ 6.0, Visual Basic 6.0, Cosmic C, Hewlett Packard C, and DIAB compliers.• Supported Instrumentation Tools Group as a S/W engineer designing, writing, and testing applications written in Microsoft Visual C/C++ 6.0 targeted for Windows 2000, XP and Linux platforms. Object oriented methods of Analysis, Design, and Programming (OOA, OOD, OOP) were used in these projects. .

Systems Engineer in the Instrumentation Tools Group documenting requirements, designing, specifying and testing tools for engine calibration engineers. Following is a more detailed description of my experience.• Focus was on data collection via serial communication using the following protocols (CAN, CCP, GMLAN, Class2, KEYWORD 2000, and UART). This tools suite won Automotive Industries 2002 Quest for Excellence Instrumentation Award.• In coordination with the Software Tools Group at Delphi developed a software program suite that created an industry standard calibration file (ASAP2) for calibration engineers.Systems Engineer in Heating, Ventilation, and Air Conditioning (HVAC) division.• Responsible for: bench configurations and maintenance; testing of software releases; customer requirement documents; product definition documents; testing and requirements matrix documents; and software requirements documents.• Member of the team that developed Delphi’s motor pulse count technology used for motor positioning.• Was the systems engineer for 3 subsystems on the General Motors Electric Car (EV1) project: Central Control Unit (CCU), Instrument Cluster Unit (ICU), Heating Thermal Control Unit (HTCM).

Embedded software engineer developing systems in the following automotive applications: Body Computers, Instrumentation and Display, and Heating, Ventilation, and Air Conditioning (HVAC).• Programs written in C and assembly language for Motorola (Freescale) 68HC11 and TI TMS370 processors.• Real-time interrupt driven applications were implemented• Car security, on-board diagnostics test (OBD-II), odometer mileage, tire inflation, oil life, vacuum fluorescent displays, LED displays, assembly line diagnostics, and manufacturing test are examples of the functions I have implemented.