Developed and implemented the Department of Defense Architecture Framework (DoDAF) to enhance strategic initiatives within Marine Corps Combat Development and Integration (CD&I).Created architectural artifacts and conducted analyses to support financial auditability, process reengineering, and system modernization.Modeled capabilities and processes to ensure alignment with organizational goals, optimizing architectures for IT systems, vehicle systems, C-UAS, C2, and other defense systems.Planned, conducted, and participated in various requirements review sessions for new technical systems.Assisted with enterprise planning, including estimating timelines, levels of effort, and communication strategies for enterprise-wide initiatives.Reviewed and updated existing technical specifications documents.Analyzed change and enhancement requests to determine feasibility and impact on related systems.

Led the development and deployment of 20+ comprehensive app-based training manuals for various systems.Rapidly assimilated complex systems, software, and infrastructure, translating the knowledge into user-friendly applications.Developed, completed, and delivered three of the company’s largest and most complex applications, consistently remaining under-budget and ensuring security compliances were met.Collaborated with stakeholders, user-communities, engineering teams, and subject matter experts (SMEs) to identify unique needs and areas of difficulty to develop applications that effectively train military personnel to set up, operate, and troubleshoot equipment and complex systems.Conducted thorough content quality checks, working closely with design and illustration teams to assure output met the highest standards in terms of both content and security.Trained new content developers on app development processes, emphasizing effective pedagogical approaches and user experience design.

Solved information overload challenges using operation and project management skills for Military, Homeland Security, defense contractors, and manufacturers in order to design, develop, and deploy training and performance support applications.Managed the design process of technology driven projects such as mobile quick reference apps by creating project schedules and adhering to internal timelines, client deadlines, budget, and delivery deadlines.Assured the quality of content output through self-checks, peer reviews and functional testing.Conducted project site visits at various military installations to find opportunities for improvement and identify best practices for numerous defense weapons and equipment.Improved application design process by rearranging core workflow tasks to improve product pipeline flow and production time.

Provided engineering skills and subject matter expertise to the FAA Fuel Storage Tank National Program Office in areas of storage tank regulatory compliance and operations in the NAS (National Airspace System).Designed and analyzed mechanical systems, equipment and packages while communicating with peers to explain facts, analysis and processes.Conduct feasibility studies and test for new and modified designs to ensure a seamless upgrade for systems outside of their lifecycles.Provided direct support concerning detailed design, design testing and prototype fabrication to make fuel systems more efficient.Developed products, solutions and processes using engineering principles, theories and concepts in order to create solutions within FAA standards and regulations.

Completed a three-month training program on how to properly tow multimillion-dollar aircrafts.Assisted in delegating responsibilities to a team of ten line service technicians. Provided services such as fuel, ground power, oil as requested.Assisted in training new technicians.Arranged aircrafts on the ramp for high-volume traffic.Ensured compliance with Safety Standards and Procedures (SSP).

Utilized blueprints of machine parts to understand materials required, cut stock metal to blueprint specifications, and assigned parts jobs requried to build overall machineEmployed Kanban system for efficient part production.Fabricated machinery components such as guide shafts and copper bushings. Shared monthly progress updates with management.