Michael P. Murphy Email & Phone Number

Baldwin, MD, US

• Software development of three containerization orchestration software systems in support of simulated radios of multiple waveforms. Integration of EMANE based models and full automation scripting into Army.
• Development of Simulated REST radio interfaces, in conformance to commercial radio specs. Development of third-party data transform scripts. Data collection support to field radio exercises. Management of on-line.

Herndon, Virginia, US

• Software architect within US Army DCGS-A sustainment team, with focus on ArcGIS Enterprise or other geospatial deployments, system containerization, Agile development configurations and management. Re-organization of.
• Lead Development of staff instructional materials. Provide central technical guidance to Army wide architectural modernization of DevOps, geospatial products, and project management process.

Mclean, VA, US

• Software architect of US Army spectrum analysis and frequency management (SA/FM) modeling and simulation engine, deployed for electronic warfare (EW) C4ISR. Designed and developed key XML, data model and structuring.
• Subject Matter Expert (SA/FM and GIS) and project Team Lead supporting US Army Electronic Warfare Modeling and Simulation software and data products. Lead software integrator of US Government-developed SA/FM systems.
• Development of ESM/EW software requirements, transforming them from concept to prototype to technology readiness for transition to US Army warfighter C2/geospatial systems and data. Developed systems using Agile SDLC.

Reston, VA, US

• Spectrum Analysis & Frequency Management (SA&FM) Software Engineer: Performs design, development, diagnostics, and deployment of US Army SA&FM software solution.
• Integration of US Army SA&FM solutions within.NET 4.5 (C#), C++, Forge.mil, DI2E, NSIS builds, Geographic Information Systems (GIS), Open Geospatial Consortium (OGC) compliant data sources, Java, and XML, based on.
• Develop next generation urban propagation modules, executing concept to code.
• Evaluation of improvements to processes, execution, and tools used to maintain branch level software development life cycle.

Aberdeen Proving Ground, MD, US

• Providing technical direction to the analysis, design, and integration of a tactical company computing environment consisting of sensor systems, tracking systems, geospatial and visualization systems and cloud.
• Provided technical support to development of multiple CERDEC program definition and deliverables, such as the system requirements, CONOPS, functional specifications, system development process, integrated master.
• Provided technical representation and input to CERDEC System Engineering IPT, developing system engineering process improvement forums.
• Acted as primary technical reviewer for CERDEC engineering proposals.
• Provide full analysis of Systems Engineering Tools for CERDEC across multiple directorates.
• Provided technical design and prototype input to in-house QED demonstration of cloud concepts.

Herndon, Virginia, US

• Received STI Outstanding Achievement Award 2007
• Development of requirements, design, source, and tests of an international Army telecommunications system. Implemented 2D/3D GIS-based tracking and messaging system. Integrated multiple GIS, Commercial C2, Foreign.
• Development, design, maintenance, and testing of US Army situational awareness and sensor intelligence interface, Publish and Subscribe System, demonstrating.NET to Java interoperability, Windows, and Web-based GIS.
• Solicited customer requirements for software upgrades to mapping data, sensor interfaces, and GIS integration. Generated artifacts containing User and Technical Requirements, Use Case Models, Design Models and.
• Acting subject matter expert for geospatial/GIS software integration and data management to USG and International organizations. Integration of various raster, vector, and elevation data sources. Extensive travel.
• Contribute to technical development of company-wide System Development Process to CMMI Level-3 and ISO 9000:2001 standards. Defined various development level templates and processes. Full custom implementation and.

Forchheim, DE

• Development, debug, and testing of 2D/3D medical image processing and analysis software, written in Visual C++.
• Volumetric, signal analysis, and flow calculations interpreted from white papers to product level code. UML models for BackEnd objects created using Rational Rose. FrontEnd GUI objects developed within MFC framework.
• All components developed under Siemens syngo© application framework. Stability testing performed with BoundsChecker and WinDbg.
• Source control managed via Rational ClearCase. Bug tracking performed via Rational ClearQuest application. Prototype of next generation UI updates for research and clinical use.
• Management of Versant database and DICOM data files using syngo© tools and custom APIs. Some use of OpenGL APIs for prototype level coding.
• Documentation of Functional, Design and Test Specifications within Siemens Software Development Process. Software demonstration and consulting on technical and UI for researchers and clinical users.

• Provided main customer contact relating to individual project management and deliverables.
• Engineering design and implementation of various web-based applications, written in JSP/JavaScript, and Visual Basic forms, using SQL Server and MS Access as back-end Database solutions.
• Programming maintenance of sites written in HTML, using ASP w/VB Script base, or JSP w/JavaScript base. Maintenance and data management of SQLServer7 and mySQL databases.

Bridgewater, New Jersey, US

• Active in design, prototype, code, and unit test phases of development of 3-tier application. Maintenance of existing GIS application.
• Version 2 tasks: GUI component developed in VB 6, ESRI ArcInfo 8.0 COM library. Report generators developed using 3rd party reporting tools. Database access achieved using DAO, ADO, OLE-DB providers, and/or ESRI.
• Version 1 tasks: Geodata conversion of using MS Access, Oracle, and ESRI SDE 8.0 functions. Code, debug, and unit test on legacy GIS system, using VB5, ArcInfo 7.x, MS Access, Oracle 7 and ESRI SDE 3.0. Use of MS.

Bethesda, MD, US

• Government Electronic Systems AEGIS Combat Simulation System (ACSIS)
• C++ code designed, compiled, and unit tested on DEC Alpha platform using DEC scripts, and CMS-2 translator.
• Integration testing of code within USN simulator.

Bethesda, MD, US

• Combat Terrain Information Systems (CTIS): Fort Washington, PA
• Development of GIS-NT application using VB5, ESRI-ODE Objects/ActiveX Controls, Arc/Info7.x, AML. Some use of Visual C++, AdaGuide, and ERDAS C Toolkit. Use of MS Source Safe, MS Office, and Visio for program control.
• Test procedures written for US Army administered formal test (requirements based). Formal testing of CTIS deliverable on Unix Solaris 2.5.1 and HP-UX 10.20 OS w/utilities.
• Training of US Army personnel. Installation and configuration of US Army field vehicle, software (see above), hardware, and peripherals.

London, GB

• GPS surveys performed using Trimble 4000SSE receiver’s w/support software for photo mapping projects, construction site, traverse, and geodetic control. Raw GPS files processed and edited. Control reconnaissance.
• Some user written program in C/C++ used for ASCII conversion. Use of Linux/Locus/Unix environments. Horizontal/vertical coordinates modeled and adjusted through Trimnet software. Some use of NGS NADCON and VERTCON.
• Use of TDC-1, receivers, and support equipment for Kinematic/Differential (Real Time and Post Processed) surveys for locations, demonstrations, and stakeout. GPS and site calibrations, mapping, and data formatting.
• Conventional surveys run. Some editing/layering of ACAD12/AdCadd drawings. Projects calculated from site plans through conventional, COGO, or AutoCAD aids. Deed research performed to establish chain of title and.

Dayton, OH, US

• GPS field surveys using Trimble 4000SSE receivers and post-processing software for establishing geodetic control for photo mapping projects, GIS monumentation, and traverse applications.
• Mission planning using available mapping and NGS database software. Rodman activities with EDM Total Station crew include leveling, clearing, and reconnaissance.
• Monuments set for county-wide GIS. Extensive travel involved throughout local, county, and regional sites in Ohio, Illinois, Iowa, and Washington.

Columbus, Ohio, US

• Aerial photo interpretation, mosaic construction, and historical research for private and government site assessments, using available photo, topographic, and historical mapping.
• Field surveys using various GPS receivers for development of engineering scale photo mapping system. Aerial film development and enlargements (contact prints and mylars).
• Maintenance of automated flight information system. Some stereo plotting of ODOT mapping projects.
• Also Ohio DOT Materials Testing Specialist June 1992 to May 1993

Master Of Science - Ms, Geospatial Information Sciences

Bachelor Of Science - Bs, Surveying Engineering