Built frontend and backend web & mobile application for agricultural technology company. Stack built using Node/Express, React/React Native, and SQL/Sequelize. Worked broadly across frontend and backend developing new features, refactoring code, and resolving bugs.Implemented and developed entirely new pages and key features as well as an entirely new design system component library primarily built on top of UI-Kitten, React/React Native.

• Developed frontend/backend APIs for the BAE Systems proprietary Interface Control Document (ICD) tools for automated code generation and test verification using Javascript/NodeJs/HTML/CSS• Lead commercial and government/military proposals as part of the Engineering New Business team. Lead multi-functional proposal teams consisting of engineers, managers, cost estimators, contracts, and operations personnel.• Developer of the Interface Control Document (ICD) automation tool for the Common Data Network on the Boeing 777x. Individually developed tool chain and database for storing and processing XML based interface documents using Python, SQL, and XSLT.• Integration/Verification lead for the Circuit Breaker Interface Control (CBIC) application for the Boeing 777x Flight Control Module. Job included developing python tests to verify requirement coverage, and hardware debugging with logic analyzers and probes.• Test developer/test verification engineer for the GE9X engine control system and the On-Board Inert Gas Generation System for the KC-390 jet. Tests were developed in GTI, a BAE Systems proprietary language and run to verify full compliance to the software requirements. Additionally, reviewed and verified changes to the code and to other tests for safety critical software.

Wrote and submitted patches for the Linux kernel and Linux UEFI Validation Project (LUV). Patches focused on reducing the size of the kernel proper by reducing the amount of zero padding through the implementation of a smaller page alignment. Achieved a kernel proper size reduction of 23% using varying approaches

Simulated and modeled lithium ion batteries with different physical configurations and under different temperatures to analyze their heat profiles and discharge curves

Simulated deterministic and adaptive routing protocols on various network topologies to determine optimal configurations for defense/availability against Denial of Service attacks