
Developed a MATLAB utility for the jhaaseresearch/SIOG230_GNS_Geodesy repository that computes satellite positions and clock bias from ephemeris data, incorporating relativistic corrections and transmitter group delay. The solution introduced get_satpos.m, a reusable and testable script supporting flexible satellite state estimation through multi-toe selection via a configurable flag. By enabling direct validation against alternative implementations, the work enhanced reliability and adaptability in satellite navigation workflows. The project demonstrated expertise in ephemeris data processing, geodesy, and MATLAB scripting, delivering a comprehensive tool for precise satellite state estimation without addressing bug fixes during the development period.
Concise monthly summary for 2024-10 focusing on feature delivery, impact, and skills demonstrated for the jhaaseresearch/SIOG230_GNS_Geodesy project.
Concise monthly summary for 2024-10 focusing on feature delivery, impact, and skills demonstrated for the jhaaseresearch/SIOG230_GNS_Geodesy project.

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