
Worked on the CURocketEngineering/Avionics repository to deliver two core features over a two-month period, focusing on embedded systems and avionics software. Developed a Ground Level Estimator for rocket altitude measurement, implementing an exponential moving average in C++ to enhance accuracy and responsiveness during dynamic flight conditions. Integrated this estimator with the telemetry pipeline, laying groundwork for future analytics. Subsequently, contributed telemetry data collection and analytics integration, improving system observability and enabling data-driven diagnostics. Leveraged C++, CI/CD, and DevOps practices, with documentation in Markdown and YAML, to ensure maintainable code and robust integration within the avionics software development lifecycle.
February 2026 — Avionics: Telemetry Data Collection and Analytics Integration delivered by merging PR #80 into main. This work enables enhanced telemetry data collection and analytics for the avionics system, improving observability, diagnostics, and data-driven decision-making. No major bugs fixed this month in this repository; focus was on feature delivery and integration. Commit: 607c7538f04ce44bc818305e27db5e8b39d4434d.
February 2026 — Avionics: Telemetry Data Collection and Analytics Integration delivered by merging PR #80 into main. This work enables enhanced telemetry data collection and analytics for the avionics system, improving observability, diagnostics, and data-driven decision-making. No major bugs fixed this month in this repository; focus was on feature delivery and integration. Commit: 607c7538f04ce44bc818305e27db5e8b39d4434d.
January 2026 monthly summary for CURocketEngineering/Avionics focused on delivering a robust Ground Level Estimator (GLE) for rocket altitude measurement. The feature supports estimating ground level before launch and after liftoff, with an EMA-based enhancement to improve accuracy and responsiveness in dynamic flight conditions.
January 2026 monthly summary for CURocketEngineering/Avionics focused on delivering a robust Ground Level Estimator (GLE) for rocket altitude measurement. The feature supports estimating ground level before launch and after liftoff, with an EMA-based enhancement to improve accuracy and responsiveness in dynamic flight conditions.

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