Dave Diamond Email & Phone Number

Meriden, Ct, Us

Madison, Connecticut, Us

• Designed and implemented solutions for a Windows-based client for a large-scale z/OS enterprise storage system.• Code written in C++ using Visual Studio 2017, MFC and BCGSoft UI components, and version controlled with Git via Azure DevOps. • Completed tasks on schedule in a remote work environment.

Minneapolis, Mn, Us

• Developed features for surgical robotics test systems. These systems featured hardware nodes running QNX connected via EtherCAT and controlled by a LabVIEW interface. Features were implemented in modern C++, built using CMake, and version-controlled using Git and Bitbucket. • Worked with electrical and mechanical engineers to determine requirements and validate solutions. • Developed motor controllers and generated code in Simulink for use in test software. • Performed servo tuning to optimize test fixture performance. • Ensured successful release of reliability, in-line and end-of-line test fixture software.

Waterford, Ct, Us

• Designed and implemented features for the Standard Space Trainer and several associated mission- specific plug-ins. The system is used for the training of military personnel in operating space-based vehicles, including satellites. Implemented primarily in C# with Windows Forms in Visual Studio 2013 and 2015. • Utilized Enterprise Architect to design major components per requirements specifications. • Fixed defects and added enhancements as necessary using the HP Quality Center web application. • Responsible for implementing a system for automatically generating design documents from an Enterprise Architect model. Implemented with C#, COM interop, and MS Access. • Implemented features in C++ on Redhat Linux for a Qt-based submarine weapons status system.

• Designed and implemented features for major company effort to replace several core legacy applications. Primarily written in C++ and C# using Visual Studio 2010/2012. Required use of OOAD, UML, CMake, Boost C++ libraries, Apache ActiveMQ, Google Protocol Buffers, SSDP/UPnP, C#, Java J2EE (Spring) and Swing applications using JetBrains IntelliJ.• Designed and implemented features for U.S. Department of Homeland Security project for detection of radioactive material and nuclear weapons in shipping containers. Project was primarily written in C# using Visual Studio 2008. Utilized a combination of C#-based services, .NET Remoting, ADO.NET and Windows Forms desktop applications. Developed system requirements and design documentation, including UML models.• Developed new features and maintained the RadSentry Radiation Portal Monitor. System was partially embedded (Windows CE) written in C, C++, and C#; and partially a desktop UI, written in C++ with MFC.• Performed debugging of customized CE kernel using Platform Builder•Implemented solutions as required for the Lynx Multi-channel Analyzer. Developed enhancements for the product’s web-based interface using ASP, JavaScript and DHTML.• Implemented enhancements and bug fixes to software for the Falcon 5000 gamma spectroscopy product. This included a configuration GUI, spectrum display, data storage, and interface with hardware devices including the Trimble GPS receiver. Changes utilized Visual Studio 2005 with C++ (MFC) and C#.

• Designed and implemented a trunked radio bridge for the NICELog audio recording system. Implemented system in C++ (Visual Studio 2003) as a Windows Service. System was successfully certified by vendor testing facility.• Designed, implemented, and tested major modifications to an audio recording review system. Included custom graphical controls developed in C# with references to C++-based COM components.

• Developed a C#-based control used to generate rules for a recorder scheduling service. Communication was via DCOM and later utilized a web service to circumvent DCOM security limitations. Provided support teams with technical assistance and contributed to presentations demonstrating system usage.• Designed and implemented a C++, DCOM, and ATL-based recorder scheduling service, responsible for real-time interpretation of recording rules stored in an XML format. Improved stabilization and implemented performance enhancements. Scheduler service successfully implemented at multiple customer sites, running uninterrupted for several months at a time.

• Designed, implemented and maintained a Windows CE-based front end for fetal monitoring equipment. Implemented system with MFC, Win32 SDK and ActiveX controls using Embedded Visual C++. • Improved performance and added defensive code to guard against crashes in the system. Project resulted in a robust and much improved product, going from an uptime of less than one day to several months between failures.• Implemented various UI improvements as well as an event-logging subsystem.• Advised coworkers on issues involving design and Windows programming. • Provided system requirements specifications and design documentation. • Fixed defects and added enhancements as necessary.