Lead Developing Remote Digital Twin for space detection and tracking space debris.Developing in Python, Kafka, Docker, C#, React, Java

Created a company to explore the uses of AI, internet of things, robotics, machine learning, data science, etc.• Used LangChain to create LLM based eldercare applications in Python.• Created small cloud-based business environment in AWS• Examined LLM usages for home automation• Built IOT devices to “Smart” otherwise simple home appliances in C++• Lead business decisions, marketing and sales opportunities

As a Team Lead at C. H. Robinson, I have the privilege of driving innovation in supply chain and logistics through the leverage of expertise in Docker, Kubernetes, Microsoft Azure, and Python. My role allows me to cultivate a culture of growth and collaboration within a talented team, where we work towards delivering high-quality, data-driven results. I am particularly passionate about harnessing the power of machine learning to revolutionize our industry and consistently aim to ensure our solutions reflect cutting-edge technology trends.

Worked with with machine learning in Python streaming from Kafka through Postgres, Docker

Seamlessly migrated the Dice.com website from Spring authentication to new AWS Cognito oauth2 identity systemCreated services using Golang and Typescript with AWS Lambdas, Api Gateway, Cloud Formation, SAM, Postman, etcHelped create user interfaces with Javascript and some AngularUnderstanding of DevOps duties including deployment, production debugging, alarms, and pager duty Remote work during Covid was wildly successful using Microsoft Teams, including copious amounts of mentoring, swarm programming, and online tools (Jira, confluence)

Developed Software in support of simulation optimization.Created Rich Client UI with JavaFx.Used Gradle and Jenkins pipeline.

I led a team developing REST services for the OpenClass registrar API transitioning our APIs to Spring Boot. I work in a production oriented, agile environment, using Java, MongoDB, Cassandra, Python, Apigee, Jenkins, Linux, AWS, Eclipse, and Git. I am the author of the Clifford REST testing framework using TestNG.

Working with Jepessen, a subsidiary of Boeing, to produce quality java software in support of their Voyager projectI created Java based data translation software for air data systems using eclipse, sql, JDBC, and perforce.

Primary Developer (MASS IRAD) Created algorithms and visualization techniques for space superiority thread in JavaCreated application using Eclipse Rich Client Platform (RCP) and OSGI plug-insIntegrated NASA World Wind as 3D graphical visualization environmentCreated custom OpenGL constructs using JOGL and Java3DDeveloped space simulation environment and World Wind visualization controllerTechnical Lead and primary developer (MIST) Multi-Int Simulation Tool (MIST) is a Space Situational Awareness and Analysis Suite: Developed full 3D space simulation and modeling environment package in JavaIncorporated MIST into a large program as primary mapping and spacecraft modeling tool Integrated full 3D Earth mapping and Space Situational Awareness into Web PortalsImplemented modeling for spacecraft orbit calculation, visibility analysis, and RF attenuationDeveloped flexible, rich user experience in applet or rich client modesUsed SOA techniques for client and server modes including web services, JMS, and web portalsCreated analysis tools including integrated graphing, timelines, visibility analysis Integrated support for Google Earth , NASA World Wind, and TerraFxIntegrated and helped develop TerraFx (a Java geospatial visualization system)

Worked in a team environment in one of the harshest environments on earthDebugged problems with complex electronics and computer systemsMaintained emergency readiness as part of South Pole Emergency Response Team

General Engineer III (PosD / Project Diamond)Created C++ programs using object oriented analysis and design techniquesUsed many math, physics, and statistics techniques to solve engineering problemsHelped maintain and debug large and mathematically complex C++ object libraries