Developed requirements and C code to add a 10gigabit ethernet networking interface to existing DPAA Driver software for a PPC T2080. Updated MDIO software for accessing clause 45 registers in addition to clause 22 registers.Performed embedded system development for Honeywell in C++ on VPX chassis boards utilizing VxWorks RTOS running on a PPC processor. Wrote an I/O interface library to interface with kernel modules and drivers. All work used FACE conformant interface and communication layers to transmit avionic navigational GPS and IMU data over RS-422.Technical lead for a team of 4 working with Bell Helicopters in their V280 Flight Controls Division.Created Test Cases and Procedures for high level requirements coverage with a focus on also receiving low level coverage.Created scripts for improving day-to-day functions.Ran test procedures on target hardware triplex FCC's via a test bench.Trained engineers for on-boarding other EXB staff into Bell's standards and procedures as well as acting as a liaison between Bell's Flight controls leads and project management.In a separate engagement with Bell - Performed an in-depth DO-178B SOI2 compliance review for Bell Helicopter’s V280 Flight Control’s systems, software, requirements, architecture, and artifacts.Presented and delivered findings to the V280's Project Manager, Head of Engineering, and Test Lead.Developed an end user Android application for communicating with a mock-up implanted Bluetooth medical device for future use of interns/bench time, along with full Systems/Software requirements and user stories to assist with development.

Designed DO-178B compliant software level tests for LM-100J’s Color Multipurpose Display Unit embedded ADA code in VectorCAST.Designed DO-178B compliant low level requirements for Lockheed Martin’s LM-100J project in DOORS.Created standards for unit testing stubbed out functions against low level requirements while also attaining MCDC coverage, range testing, robustness testing, and completeness for future static code analysis as well as data and control coupling analysis.Personally created an application in C# which could take Boolean logic in the form of a statement and generate an exact set of test cases which would provide full MCDC coverage of that statement.This was done by transforming the statement into Reverse Polish Notation, generating a truth table from the logic received, and applying a personally created algorithm to gather correct test cases.

Designed DO-178B compliant ARINC and CANBus protocols for commercial jet engine control systems.Designed, traced, and reviewed system, high, and low level requirements using DOORS.Developed embedded C code for Engine Control Systems while maintaining interprocess and cross-channel communication for redundant systems.Prototyped software development on linux-based engine simulators.Assessed embedded control code for MISRA compliance.Mentor new engineers to working standards and processes.

Improved internal processes and tools to enable team to consistently deliver Level B DO-178B and Level A DO-254 mission critical products.Designed and reviewed Software Design Documents and Software Requirement Documents.Low level testing team lead of 6 developers to test embedded C code against standards designed to meet DO-178B requirements.Created and taught training material for implementing MCDC coverage for low level testing.Participated and presented my work in SOI2 and SOI3 audits with a DER.

Part of a two man team that redesigned a FIPS 140-2 secure messaging client/server system from WPF to Windows Forms.Collaborated with graphic designers and engineers to design a complete Windows Forms UI and UX.Solely responsible for developing language localization, avatar editing, user version updating,searching/adding users as contacts, spell checking, and the UI and Logic of all forms and controls used in the creation of these features.Used XMPP standards for real-time communication across multiple platforms.