May 2026 performance summary for masa-umich/Rocket-Avionics. Delivered major flight software enhancements with a strong emphasis on reliability, safety, and observability. Achievements include autosequence core enhancements, improved build stability and hardware safety, and expanded telemetry/flight recorder capabilities. The work reduced risk, improved diagnosability, and demonstrated solid software engineering practices in a safety-critical embedded domain.

In April 2026, delivered end-to-end platform and firmware enhancements for the Rocket-Avionics stack, enabling richer telemetry, robust RF operations, and scalable platform stability. The work improved data fidelity, flight operations reliability, and maintainability across firmware and templates.

March 2026 performance summary for masa-umich projects. Delivered critical features and reliability improvements across McNugget and Rocket-Avionics, focusing on autonomous sequencing, telemetry-driven control, and robust startup behavior. The work contributed to safer, more predictable flight operations and cleaner configuration management, enabling higher system uptime and faster response to external commands.

February 2026 monthly summary for masa-umich/Rocket-Avionics focusing on delivering critical features, stabilizing firmware memory management, and enhancing telemetry. This period established robust foundations for reliable field operation and improved observability, directly supporting business goals of mission reliability and faster fault diagnosis.

January 2026 monthly summary for masa-umich/Rocket-Avionics focusing on reliability, monitoring, and performance improvements across flight software, telemetry, and hardware interfaces. Deliverables include time synchronization enhancements, device health telemetry, and robust sensor/driv­er interfaces, enabling safer operations and easier maintenance. Key outcomes include reduced crash risk in the flight controller, improved diagnostics, and more stable network and data handling for ground and onboard systems. Demonstrated technologies include embedded C, real-time scheduling, SPI/I2C/UART communications, ADS1120 integration, GPS parsing, UDP/TCP networking, memory tuning, and enhanced logging.

December 2025 monthly summary for masa-umich/Rocket-Avionics: Delivered a robust communications stack overhaul including LMP enhancements, UDP telemetry, and TCP server upgrades; shakedown validated reliability improvements and reduced latency; documentation and firmware cleanup were completed to improve maintainability and observability; overall, the work strengthens system reliability, device interoperability, and field readiness for telemetry-driven operations.

November 2025 — masa-umich/Rocket-Avionics delivered measurable improvements in observability, reliability, and deployment confidence across Bay Board telemetry, firmware versioning, and device command workflows. Key business outcomes include enhanced monitoring during network transitions, standardized build metadata for traceability, and robust startup sequencing reducing field failures.

2025-10 Monthly Summary: Delivered architecture and reliability improvements to the Rocket-Avionics flight stack, focusing on telemetry and flight computer subsystems. Telemetry subsystem refactor modularized telemetry code into a dedicated file, added valve management structures, and introduced telemetry logging to improve monitoring, architecture, and maintainability. Flight Computer firmware refactor enhanced logging, network processing, and EEPROM handling, and introduced packet processing utilities with enhanced error logging. These changes improve observability, reduce debugging time, and prepare the system for future telemetry and control features, delivering measurable business value in reliability, traceability, and maintainability. Technologies/skills demonstrated include embedded C/C++, modular software design, logging and observability, packet processing utilities, and EEPROM configuration handling.

September 2025 Performance Summary for masa-umich/Rocket-Avionics. Focused on reliability of the network stack and robust power management to improve mission readiness. Delivered two major features with concrete commits and measurable impact under high-load conditions.

April 2025 monthly summary for masa-umich/Rocket-Avionics focusing on ADS1120 driver documentation and maintainability. Key features delivered: - ADS1120 Driver Documentation and Readme Enhancements: expanded driver documentation, a comprehensive README example showing multi-thermocouple usage, and detailed SPI setup/configuration options. Commits included: 0ea68dadc7d4a5c8c54ab033f8c31772da998536, 16aa3f221bc22d7bb10439a3fc034e5a7b3549a9, 3e27fc578bd96b219b88026615faed23044794ca, 74a0cec6d96ec02aa634cd0904eae26fde378800. - ADS1120 Driver Code Quality Maintenance: minor maintainability improvements (refactoring comments and updating the file header author) without changing functional behavior. Commit: 8b9dbb22f147e650a3d775154e1392896a4dc531. Major bugs fixed: - None reported this month. The focus was on documentation and maintainability rather than functional bug fixes. Overall impact and accomplishments: - Accelerated developer onboarding and reduced integration time for ADS1120 usage through improved docs and examples. - Reduced maintenance risk by clarifying code comments and author metadata, aiding future contributions and reviews. - Strengthened code hygiene and consistency across the ADS1120 driver. Technologies/skills demonstrated: - Embedded driver development and SPI integration (ADS1120). - Documentation craftsmanship and example-driven onboarding. - Code quality practices, refactoring, and header/documentation hygiene. - Version-control discipline with clear, linked commits.

February 2025 monthly summary for masa-umich/Rocket-Avionics: Delivered major ADS1120 driver modernization with asynchronous operation and multi-thermocouple support. Refactored the driver into an asynchronous structure and introduced data structures to manage multiple thermocouple configurations, a dedicated measurement task, and support for reading internal temperature. Enhanced configuration and readback APIs to accommodate multiple thermocouples with timestamps, setting the foundation for scalable sensor networks and real-time data acquisition.

Concise monthly summary for 2025-01 focusing on the Rocket-Avionics project. Includes key delivered features, notable fixes, impact, and skills demonstrated for performance review.

November 2024 delivered foundational ADS1120 driver scaffolding for Rocket-Avionics, establishing driver structure, build configuration, and RTOS integration to accelerate sensor integration and maintainability. Work sets the stage for full ADS1120 communication implementation and system-level data acquisition. No major bugs fixed this month as the focus was on scaffolding and groundwork that enables future integration and reliability improvements.