
Robert Nedum developed an end-to-end sensor data capture and serialization pipeline for the ASU-ASCEND/Spring-2025 repository, focusing on the LSM9DS1 sensor. He implemented per-axis calibration for accelerometer, gyroscope, and magnetometer readings, then packaged the results into a unified data packet. Using C++ and embedded systems techniques, Robert replaced the previous GPS-data handling with a streamlined 9-float CSV format, simplifying telemetry and analytics workflows. His work emphasized data packaging, serialization, and documentation, resulting in a more maintainable and efficient data pipeline. The depth of the solution supports faster analytics iteration and reduces complexity in sensor data management.

February 2025 — ASU-ASCEND/Spring-2025: Delivered end-to-end LSM9DS1 sensor data capture with per-axis calibration, packing into a data packet, and decoding to a 9-float CSV representation. Replaced GPS-data handling with this streamlined sensor CSV format to simplify telemetry and analytics. The work strengthens data quality, reduces pipeline complexity, and supports faster iteration on analytics features.
February 2025 — ASU-ASCEND/Spring-2025: Delivered end-to-end LSM9DS1 sensor data capture with per-axis calibration, packing into a data packet, and decoding to a 9-float CSV representation. Replaced GPS-data handling with this streamlined sensor CSV format to simplify telemetry and analytics. The work strengthens data quality, reduces pipeline complexity, and supports faster iteration on analytics features.
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