
Contributed to the Terrapin-Rocket-Team/Airbrake repository by developing end-to-end integration of VectorNav VN sensors for flight control and navigation, implementing core sensor libraries and efficient data pipelines using C++ and embedded systems techniques. Designed and delivered a packed data structure for VN100 sensor readings, encoder-based airbrake flap control, and hardware updates to the Airbrake Compute Board, including PCB design enhancements with optocouplers and level shifters. Addressed build reliability in the SRAD-Avionics repository by correcting header capitalization for cross-platform compatibility. Demonstrated expertise in sensor integration, control systems, and hardware engineering, with a focus on robust, maintainable embedded firmware and hardware solutions.
April 2025 - SRAD-Avionics: Stabilization and build reliability focus. Key change implemented: corrected header include capitalization for the Si4463 integration (si4463_default.h -> Si4463_default.h), preventing potential build failures on case-sensitive filesystems and aligning with naming conventions. Commit: d14906747db4861d375fa2f80502c051f5087094. Business impact: reduces risk of platform-specific build breaks, lowers maintenance cost, and speeds onboarding by enforcing consistent header naming. Technologies/skills demonstrated: C/C++, header management, build-system correctness, cross-platform compatibility, code-quality and review discipline.
April 2025 - SRAD-Avionics: Stabilization and build reliability focus. Key change implemented: corrected header include capitalization for the Si4463 integration (si4463_default.h -> Si4463_default.h), preventing potential build failures on case-sensitive filesystems and aligning with naming conventions. Commit: d14906747db4861d375fa2f80502c051f5087094. Business impact: reduces risk of platform-specific build breaks, lowers maintenance cost, and speeds onboarding by enforcing consistent header naming. Technologies/skills demonstrated: C/C++, header management, build-system correctness, cross-platform compatibility, code-quality and review discipline.
2024-12 monthly summary for Terrapin-Rocket-Team/Airbrake: Delivered three pivotal features that enhance data handling, flight control, and hardware readiness. Packed VN100 data functionality enables efficient data transfer and streamlined reporting; Airbrake flap control system provides encoder-based position control with defined motor driver pins and step granularity for precise actuation; Airbrake Compute Board hardware/PCB updates (optocoupler, level shifter, limit switch connector, and new PCB footprints) ready for rugged production. No major bugs fixed this month. Impact: faster data pipelines, improved actuation precision, and a hardware baseline that supports safer operations and future upgrades. Technologies demonstrated: embedded software (C/C++), encoder-based control, PCB design and hardware integration, optocoupler and level-shifter usage, and design-for-testability.
2024-12 monthly summary for Terrapin-Rocket-Team/Airbrake: Delivered three pivotal features that enhance data handling, flight control, and hardware readiness. Packed VN100 data functionality enables efficient data transfer and streamlined reporting; Airbrake flap control system provides encoder-based position control with defined motor driver pins and step granularity for precise actuation; Airbrake Compute Board hardware/PCB updates (optocoupler, level shifter, limit switch connector, and new PCB footprints) ready for rugged production. No major bugs fixed this month. Impact: faster data pipelines, improved actuation precision, and a hardware baseline that supports safer operations and future upgrades. Technologies demonstrated: embedded software (C/C++), encoder-based control, PCB design and hardware integration, optocoupler and level-shifter usage, and design-for-testability.
November 2024 monthly summary for Terrapin-Rocket-Team/Airbrake focused on delivering end-to-end VectorNav VN sensor integration to support flight control and navigation data pipelines. Implemented core sensor libraries, exposed delta time, theta, velocity, delta V, and delta theta data through getters, and prepared data for CSV export. Established data flow from VN sensors into the system and configured an acceleration filter for compensation-only mode to improve data reliability and stability.
November 2024 monthly summary for Terrapin-Rocket-Team/Airbrake focused on delivering end-to-end VectorNav VN sensor integration to support flight control and navigation data pipelines. Implemented core sensor libraries, exposed delta time, theta, velocity, delta V, and delta theta data through getters, and prepared data for CSV export. Established data flow from VN sensors into the system and configured an acceleration filter for compensation-only mode to improve data reliability and stability.

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