• Aircraft maintenance coordinator for engineers, technicians, and support personnel developing upgrade strategies and processes. • Responsible for testing and troubleshooting instruments and components using specialized aviation equipment that prolong the lifespan for each aircraft. • Supervise and perform alignment, calibration and bore sight of avionics systems using uploaded maintenance and operational software.• Manage and build aircraft databases to facilitate the record… Show more • Aircraft maintenance coordinator for engineers, technicians, and support personnel developing upgrade strategies and processes. • Responsible for testing and troubleshooting instruments and components using specialized aviation equipment that prolong the lifespan for each aircraft. • Supervise and perform alignment, calibration and bore sight of avionics systems using uploaded maintenance and operational software.• Manage and build aircraft databases to facilitate the record keeping of all maintenance activities to applicable aircraft. Show less

The Systems Engineering Department (NAVSEA 05V) is the principal agent for maintaining the DoD’s application of digital and cyber security systems to fleet needs, particularly the Carriers Group of all classes and its associated missions. I plan and execute the application of digital systems from the earliest stage of acquisition development through the actual item fielding. I continue to lead, coordinate, and present technical integration efforts, to include software architectures… Show more The Systems Engineering Department (NAVSEA 05V) is the principal agent for maintaining the DoD’s application of digital and cyber security systems to fleet needs, particularly the Carriers Group of all classes and its associated missions. I plan and execute the application of digital systems from the earliest stage of acquisition development through the actual item fielding. I continue to lead, coordinate, and present technical integration efforts, to include software architectures and designs, with industry and Government team members, program offices and external stakeholders. In addition to this, system execution and software engineering best practices for requirements definition and decomposition, design, and implementation of customer and end-user requirements are monitored. There is an inherent management condition with the development, evaluation, and utilization of software design descriptions SDD and software requirements descriptions SRD. Additionally, I work with software-intensive control systems, utilizing knowledge of basic construction and operation of controls, computers, and associated instruments and integrated systems. Regular communication is maintained with multi-disciplinary teams to include both Government and contractor personnel to develop products to support rapid delivery of software, related hardware, and acquisition program deliverables. On a consistent basis, I define task details, estimates, and schedules and collaborate with others to meet established goals and program milestones. This occurs in a dynamic and demanding environment with evolving requirements. Show less

• Interprets data in order to draw conclusions for managerial action and strategy.• Presented data and conclusions to team in order to improve strategies and operations.• Proposed solutions to improve system efficiencies and reduce total expenses decreasing maintenance expenditures by 40%.• Lead Process improvement projects leading to installation of new manufacturing equipment in a "start-up" phase expediting operational usage of production lines.

In collaboration with West Virginia Wesleyan College and NASA IV & V, I designed and built a payload for Space Grant Consortium project in participation with Rocksat research and education project.. The project included computer programming, electrical engineering skills, and fabrication. Conferences with NASA IV & V were held once a month to confirm coding and to discuss progress of the project as well as project goals. The goal of WVWC's engineering team was to measure the variations of… Show more In collaboration with West Virginia Wesleyan College and NASA IV & V, I designed and built a payload for Space Grant Consortium project in participation with Rocksat research and education project.. The project included computer programming, electrical engineering skills, and fabrication. Conferences with NASA IV & V were held once a month to confirm coding and to discuss progress of the project as well as project goals. The goal of WVWC's engineering team was to measure the variations of Earth's magnetic field over the course of the rocket's flight using an IMU (Inertial Measurement Unit) sensor. This allowed for authentic, hands-on professional experiences in science and engineering, the incorporation of active participation by team members in hands-on practice with experiences rooted in NASA-related, STEM focused questions and issues. Show less