Support customers developing GPU-accelerated compute, visualization, and deep-learning solutions in the medical imaging, healthcare, and life sciences fields. Assist customers in selecting the best NVIDIA products and solutions for their applications, supporting CUDA and OpenCL GPU computing, Embedded GPU solutions, Deep Learning development and deployment, GPU-based Desktop and Server Virtualization, OpenGL/DirectX visualization for a wide range of medical imaging, healthcare, and life… Show more Support customers developing GPU-accelerated compute, visualization, and deep-learning solutions in the medical imaging, healthcare, and life sciences fields. Assist customers in selecting the best NVIDIA products and solutions for their applications, supporting CUDA and OpenCL GPU computing, Embedded GPU solutions, Deep Learning development and deployment, GPU-based Desktop and Server Virtualization, OpenGL/DirectX visualization for a wide range of medical imaging, healthcare, and life sciences applications. Range of applications spans medical devices, diagnostic workstations with medical diagnostic displays, hospital information systems, cloud computing, mobile solutions, hospital enterprise solutions, life sciences applications, and HPC applications. Show less

Advanced development of dental imaging products, specializing in CBCT 3D reconstruction, data compression, and high performance/GPU computing. Design and implement image processing algorithms using C++, OpenMP, CUDA-C, and cuFFT. Research new reconstruction and image processing algorithms using ImageJ, C++/CUDA-C, Python, and OpenCV. Submit invention disclosures and contribute to patent applications. Developed CBCT 3D reconstruction using CUDA-C, cuFFT, C++ with Boost and Poco libraries.

Hands-on technical manager of software engineering team developing software and firmware for dental CT imaging systems. Planned and managed projects using agile methods, and contributed to system and software designs; implemented software using C, C++, C#, Qt, and QtQuick (QML). Designed and implemented a branded Windows Embedded OS with custom. Leadership in applying safety processes for compliance with medical device regulations such as FDA: Risk Analysis, Failure Mode Effect Analysis, and… Show more Hands-on technical manager of software engineering team developing software and firmware for dental CT imaging systems. Planned and managed projects using agile methods, and contributed to system and software designs; implemented software using C, C++, C#, Qt, and QtQuick (QML). Designed and implemented a branded Windows Embedded OS with custom. Leadership in applying safety processes for compliance with medical device regulations such as FDA: Risk Analysis, Failure Mode Effect Analysis, and Risk Mitigation. Show less

Used C++ to develop Windows-based medical imaging software for dental CT imaging systems. Designed and implemented internationalization and localization support in existing C++ application code.

Developed manufacturing system for videophone production using embedded Linux and DSP-BIOS programming in C, Windows desktop and server development using VB.Net, C#, and SQL Server database. Used extensive bash and Lua shell-scripting to implement automated hardware testing. Designed scalable manufacturing network system for production, burn-in testing, and quality management. Worked with manufacturing and QA engineers to deploy solution in Taiwan and China manufacturing facilities.

Served as project leader and technical leader for hardware/software development projects for the company's process automation products. Handled project planning and tracking, requirements definition, system/software architecture design, and software design/implementation. Expertise in C++, STL, Win32 API, MFC, and ATL developmen. Also experienced in Visual Basic, SQL Server, and embedded C development.

Lead engineer for development of high-performance server applications on Unix and Windows platforms using C++.

Lead engineer for development of Windows-based process automation programming and diagnostics tools.

Lead software developer for Positron Emission Tomography (PET) medical imaging scanner. Developed data-acquisition and imaging software on Sun workstation and embedded 68040 platforms using C, Unix, Motif/X-Windows, UIM/X, and Raima Data Manager database. Responsible for project leadership, and customer telephone support. Worked with physicists to support image reconstruction software development, and designed/developed GUI-based data-acquisition and control, whole-body image display, and… Show more Lead software developer for Positron Emission Tomography (PET) medical imaging scanner. Developed data-acquisition and imaging software on Sun workstation and embedded 68040 platforms using C, Unix, Motif/X-Windows, UIM/X, and Raima Data Manager database. Responsible for project leadership, and customer telephone support. Worked with physicists to support image reconstruction software development, and designed/developed GUI-based data-acquisition and control, whole-body image display, and cardiac imaging processing and display applications. Show less

Software analyst and project manager for U.S. Navy projects. Performed IV&V for large Ada-based avionics system project involving GPS algorithms, and sonar data processing. Developed C-based sonar processing simulator on Sun Workstations using SunWindows environment. Developed sonar data-processing and analysis software on Data General mini-computer using Fortran, HP-IB data-acquisition, and Tektronix plotters.

Designed and documented electrical interfaces between systems and sub-systems of the AEGIS Combat System. Developed supporting software on HP engineering workstations, and IBM VM/370 mainframe systems.