Matthew B. Email & Phone Number

• Assumed responsibility for critical company in-house pressure calibration system written in Python and Qt, significantly improving code quality, while integrating software with multiple in-house services. Initiated.
• Set up of CI/CD infrastructure for pressure calibration system from scratch utilizing Gitlab CI and Artifactory. Integrated the use of Pytest and Chocolatey to improve code quality, leading to an increase in.
• Researched and introduced leveraging Leveraged Docker containers to team, which now supports internal tooling via microservices.

Greater Seattle Area

• Responsible for all Real Time software and hardware of distributed systems used on all large and medium rocket test stands for engine as BE-3, BE-3U and BE-4.
• Designed and wrote multiple tools that directly and indirectly supported rocket engine testing.
• Played critical role in NI hardware obsolescence migration (SCXI and PXI FPGA) including redesigning PCB hardware, selecting new NI and non NI hardware, selecting and or providing requirements for signal conditioning.
• Championed the use of less monolithic, more scalable and reusable code by leveraging OOP, SOLID, libraries, unit testing, configuration driven applications and project-based dependency awareness.
• Continue supporting previous team by mentoring new engineers, providing recommendations, and sometimes direct support for anything related to instrumentation and control on large, medium and small rocket test stands.

• Designed and tested pyro exciter circuit board for Boeing Commercial Crew Capsule test, which resulted in a safer, faster, and more reliable way to use pyros.
• Played key role in testing in house firmware from end device perspective providing firmware engineers direct feedback on their code integrity. This resulted in more efficient debugging and faster development cycle.
• Created and managed component integrated libraries in Altium including component foot prints.