DevSecOps- Leading agile adoption within the OneWeb DevSecOps organization by facilitating program increment planning, providing coaching, and supporting the roles of Product Owner and SCRUM Master- Identifying and executing on optimization opportunities to improve the availability, reliability, and scalability of the satellite operations center- Supporting the DevSecOps Platform team by writing infrastructure as code in Ansible and AWS CDK to facilitate automated & repeatable deployments of system softwareMission Planning Lead:- Management lead for a talented team of 2 engineers that work across the OneWeb organization to maintain and improve the satellite operations mission planning element- Support Launch and Early Orbit activities as new vehicles are introduced to the fleet - this includes preplanning contacts to ensure new vehicles are checked out and validated as early and as safely as possible- Coordinate across the various departments to facilitate new development that improves performance, reliability, and availabilityIntegration & Test Lead:- Coordinating across the OneWeb organization to facilitate the integration & test of new capabilities- Support the design and implementation of new workflows into the satellite operations center- Leading the build out of a preproduction environment to integrate with OneWeb organizations to ensure proper verification and validation of products before going live in operations

- Architected a satellite communications ground segment to support 300+ LEO satellites including documentation, drawings, test plans, concept of operations, and configuration management in support of a preliminary design review- Developed and decomposed requirements for the ground segment (level 2), system (level 3), and element (level 4)- Met with vendors as part of a technology survey to identify and evaluate the latest commercial off the shelf services and how they could be used to support a LyteLoop constellation- Developed a prototype for a cloud-based rules engine to support mission management and provide a framework for mission unique software using a hexagonal software architecture

- Release Train Engineer supporting the migration of NOAA services into the NOAA NESDIS Common Cloud Framework including the integration and ingest of Commercial Radio Occultation in the cloud- Plan and lead Agile SAFe ceremonies, including Program Increment Planning, Inspect & Adapt, Sprint Planning, Retrospectives, and Daily Scrums- Engage program stakeholders in order to draft a concept of operations and determine the priority of capabilities & features- Derive user stories and work with developers to clarify and provide the materials necessary to complete development- Develop processes to guide NOAA's efforts in supporting Continuous Integration and Continuous Delivery- Lead Independent Verification and Validation team in testing of user stories

- Development lead coordinating the design and delivery of a replacement architecture for autonomously controlling ground and space assets for the NASA Space Network Blossom Point Remote Site (BPRS)- Managed a diverse team of 14 talented software engineers using Agile Scrum framework- Derived subsystem and component level requirements for the BPRS Monitor and Control, Flight Dynamics, Scheduling and Automation, and Tracking, Telemetry & Commanding subsystems- Distilled customer requirements into Agile user stories and paired those user stories with testable requirements to verify and validate development objectives- SCRUM Master maintaining multiple JIRA projects, running daily tag-ups, prioritizing backlogs, facilitating sprint planning, and actively contributing to development activities- Prepared and presented technical materials in support of the NASA System Requirements, Critical Design, Test Readiness, and Operations Readiness Reviews - Created, participated, and enforced a software development workflow to procedurally track development, unit testing, integration testing, code reviews, build-up and execution of a regression test suite, factory acceptance, site acceptance, bug fixes, feature requests, and operational readiness- Developed mission unique software in C++ to autonomously manage the NASA Tracking and Data Relay Satellite (TDRS) payload- Developed and deployed a custom application using Java Spring Framework, Docker, and RESTful interfaces- Developed offline mission planning and analysis tools for TDRS maneuver planning, maneuver reconstruction, and thruster performance analysis- Integrated industry standard COTS products into a common framework to support modularity in a hexagonal architecture

ICESat-2 Ground Readiness Test Engineer:- Performed requirements analysis and the planning, development, and execution of end-to-end ground readiness testso Prepared Ground Readiness test procedures and reportso Authored the ICESat-2 Ground System Integration Plano Developed custom software to evaluate test data- Developed custom Configuration Management tools to track discrepancy reporting, ground system interfaces, and products- Interfaced with the customer, product design leads, support personnel, and management to ensure open communications and the proper scheduling of critical milestones- Installed and Sustained a file server for the distribution and version control of working documents.- Coded tools in Python for the analysis of test data artifacts

RF Integration Engineer for NASA's USS-CR contract- Developed software for NASA’s Tracking Data and Relay Satellite System ground control network- Translated obsolete configuration commands to work with updated RF equipment.- Delivered quality products under a strict schedule while training team members and contributing to tasks outside assigned dutiesGround System Engineer for Mexsat Project - Designed and conducted performance tests for ground system hardware components- Analyzed project requirements and developed product demonstrations for acceptance testing- Designed and implemented a Monitor and Control system for the Mexsat Control Center 
Monitor and Control Engineer for Taiwan’s National Space Organization's contract- Designed and integrated Monitor and Control Systems for 3 Satellite Tracking Stations- Lead workshops and training seminars for international clients
- Coordinated testing for verification of sub-system requirements through product demonstrations and customer interaction