• Creating a demonstration of multi-domain operational planning functionality in support of R&D to advance the ground segment capabilities of Boeing Defense and Space. The demo will leverage Open Mission System (OMS) standards and the Universal Command and Control Interface (UCI) to integrate an existing air domain operational planner with exiting space domain tactical planning services in a containerized runtime environment.• Developing an OMS compliant C++ service to translate between the UCI message set and a proprietary message set used by the space domain tactical planning services. Drafted formal functional and non-functional requirements for the service to enable focused development and testing.• Identified driving parameters and usage of the subset of UCI messages required for the demonstration. Documented this information in UML sequence diagrams and tiered system models.• Established the shared development and continuous integration environment with controls required to host Controlled Unclassified Information (CUI). Created a Jenkins job to build, test, and publish software artifacts from Java and C++ source code hosted in GitLab. Built new and existing applications into Docker containers. Submitted waivers to allow the team to use non-standard 3rd party and open-source tools.

• Developed endpoints for an SDK that allows 3rd party apps in the P-8A Mission Systems runtime environment to provide and consume operational data or command core capabilities. The SDK enables upgrades being made to the computing and combat systems architectures under a $326M development contract with the US Navy.• Contributed enterprise grade Java code to a mature code base that has been in development for 15 years and currently has 200 contributors. Leveraged test driven development to write unit tests. Participated in code reviews. Worked closely with the test team to review, correct, and validate errors raised during formal testing. • Defined one interface on the SDK and helped to refine others. Drafted formal documentation justifying interface changes. Presented changes and documentation to program leadership and customer representatives.• Created plugins for test harnesses used in the development and formal testing of endpoints on the SDK. The plugins were critical in enabling the on-time delivery of error free software on a quarterly basis.• Participated in program increment planning activities as defined by SAFe. Decomposed features into stories, developed acceptance criteria, and provided story point estimates. Drafted accurate plans based on the stories, risks, and cross team dependencies. Executed plans to 90-100% completion regularly.

• Developed REST APIs on the OWIN standard, exposing core functionality of the worlds leading e-discovery platform, enabling partners to discover the truth in unstructured data• Contributed to a company-wide initiative to update architecture, leading to better utilization of cloud resources during a transition from an on-premise product to a SaaS model• Leveraged development practices such as scrum methodology and test-driven development in order to produce production grade C# code in a mature code base

Explored how new technologies can be applied to old business problems in order to increase efficiency of operations or provide better customer service in the context of the worlds largest and most diverse commodities exchange. Responsibilities included managing AWS servers using tools such as Chef, Nexus, and Jenkins to quickly create unique development and testing environments during proof of concept stage.

Taught summer camp style courses in areas such as programming, robotics, and augmented reality for students aged 6-12.

Worked on a team of 12 lifeguards to ensure safety and an enjoyable experience for as many as 500 patrons. Taught swim lessons to classes of 5-10 children aged 6-8.

Graded exams and weekly homework assignments for Electrical and Computer Engineering 120: Introduction to Computing during the spring 2017 semester. Also assisted in proctoring exams.

Managed 10-15 team members operating two theme park attractions while performing routine safety inspections.