Software for the MarqMetrix All in One Raman Spectroscope. This is a small, inexpensive custom pc running Windows 10. The instrument can be accessed via a Windows WPF application or remotely via a REST API.Some technology used:* C# and .net core 6 for REST API and business logic* C# and WPF for UI* Python for internal testing and diagnostics* Pester testing on devices* Github Actions for build server needs* Unit testing and behavior testing with Gherkin

CosMx - Spatial Molecular Imager ProjectThe CosMx instrument is a five channel fluorescent microscope with an embedded Windows PC. Implemented service oriented architecture in C#, .net 3.1/6.0, and Angular for the user-facing workflow of the CosMx device. Responsible for initial design and implementation of system monitoring and deployment. Currently implementing image processing service for initial image acquisition and display.Some technology used:* C# and .net 3.1/6.0* Open API standards and NSwag for API development* Azure VMs for deployment testing* Angular and Typescript for UI and visualization

ESI produces the Allegro - Multi-layer Ceramic Capacitor (MLCC) quality testing device. Currently working on the software control of this device in C++/C#. Git version control and Azure Devops for CI. * Supporting new camera for capacitor pocket alignment.

Thermo Fisher Scientific - Protein and Cell Biology. I worked on RUO scientific instruments for cellular analysis. In this role, I grew from a Software Engineer implementing requirements to a Staff Software Engineer gathering and defining requirements, designing the architecture, researching and determining the implementations, and ultimately deploying several products including the Attune NxT and Evos M5000 microscope. Leadership Highlights - * Established best practices of continuous integration (CI) initially using Jenkins and local build machine and ending with Github Actions and cloud builds.* Established best practices of unit testing using NUnit, CPPUnit, and Google C++ Test. * Technical Lead for two large projects with internationally distributed teams.Technical Highlights - * Mostly worked with Windows, but recent Linux experience starting about 2014. * Relational database schema design and implementation with SQL (Postgres and MySQL).* Windows UI development using MFC and newer WPF MVVM. * Recent Windows and Linux container development using .Net Core services.* Cloud development with AWS - mostly used internally to support CI build servers and machine learning workloads. Also researched using Fargate nd Sagemaker.* Primary architect for containerized cell growth monitoring application. Used Docker, Docker Compose, Minio, MongoDB, and DeviceHive combined with in house developed camera control and analysis algorithms. This application was quickly deployable to EC2 or a local machine. * Recent Machine Learning experience - Optimized machine learning models from TensorFlow and Pytorch to TensorRT, also converted Pytorch to C++ for greater inference speed. * Python experience starting about 2016 - Pillow, OpenCV, Numpy, Flask, TensorFlow, and Pytorch. Mostly a consumer of python libraries, deployed solutions in docker containers.* Edge GPU acceleration with the NVidia Jetson family.

Blood Gas Analyzer project. FDA approved medical device that could provide a variety of on demand blood gas data given a blood sample. Embedded Windows project written in C#, .Net, with Firebird database, kiosk type GUI.Developed GUI and database connectivity in C#.Development environment - Visual Studio, C#, NUnit, Firebird SQL

RFID Casino Chip Management Software. Developed application server code in C#, .Net as windows service using TCP/IP. Developed database server code in SQL using MSSQL Server.Thorough unit testing with NUnit, continuous integration.Agile Project Management.Set up multiple VMWare testing environments to test integrated system.Development Environment: Visual Studio, C#, SQL - MSSQL Server with TSQL, VMWare, NUnit, TCP/IP

Navy Corpsman for USMC Reserve Unit. Served a long time parallel career alongside my science/software career. Retired in 2011 with 25 years of service.Leading Chief for deploy-able and deployed USMC unit. Deployment in Iraq 2003 in support of 1 Para (UK) and 1 MEF.Maintained high level of combat emergency medical skills and combat training.Responsible for medical readiness and training for Marines and sailors deploying to Iraq and Afghanistan.Recruited, screened, and selected new corpsmen and naval officers.

Re-write of auto shop management software written as monolithic C++/MFC/Access application to multi-tiered C#/.net/SQL Server 2005 application.Designed new data access layer and database schema and implemented with ADO.net datasets. Implemented data and business rules in C# and UI in managed C++.Completely revamped reporting feature to latest version of Crystal Reports (XI). Led team of up to 5 developers and managed interactions with Crystal Reports consultants.Development Environment: Visual Studio 2003, C#, Managed C++, NUnit 2.6, SQL Server 2005.

Designed and coded utility that converted Oracle 8i data to binary files using C++, COM, and SQL.Designed, coded, and integrated graphics through plotting utility for handheld data acquisition devices as well as MFC/COM; details included multiple plots per view and curve-fitting algorithms.Implemented internal design documentation protocol using Internet development tools ( XML, XSL, HTML).Development Environment: Visual Studio, C++, MFC, COM, Oracle, XML.

Radiation Oncology Treatment Planning Software. (Formerly ROCS)FDA regulated software system used for planning the treatment of cancer by radiation by oncologists and medical physicists. This was a Windows NT 4.0 application written in C++, MFC, OpenGL, with a Sybase SQL datastore. The application could read in DICOM images, then provided a GUI for the user to outline tumors and vital tissues. The software would then calculate radiation dose and allow the user to maximize dose to the tumor and minimize it to vital tissues.Designed, coded, tested, and documented radiation therapy treatment planning software, including graphical user interface design and implementation using MS Windows and OpenGL.Identified skills and interviewed potential candidates for Software Engineering positions.Led successful installation program, including design and implementation of all code. Set up pre-release testing lab which greatly improved quality of final product.Development Environment: Visual Studio, C++, MFC, COM, Open GL, Sybase

Medication Inventory Control System.Used MFC, ActiveX, DAO, and HTML to successfully design, develop, and deliver pharmaceutical reference utility.Implemented distributed application for monitoring status of propriety applications throughout network.Handled setup and configuration of applications using Install-Shield and custom tools.Development Environment: Visual Studio, C++, MFC, COM, Sybase

Radiation Oncology Treatment Planning Software.Designed, coded, tested, and provided documentation for radiation therapy treatment planning software.Successfully implemented project under Windows NT using Visual C++, MFC, SQL, ActiveX, and Objective Grid API.Development Environment: Visual Studio, C++, MFC, COM, Open GL, Sybase