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About

Zane Fitzgerald is an instrumental figure in astronomical instrumentation, with a focused expertise in fiber optics for large-scale spectroscopic surveys. His key research area centers on the practical engineering and maintenance of high-fiber-count connector systems, particularly the MTP (multi-fiber termination push-on) connectors used in major observatory projects. Fitzgerald’s major contribution lies in demonstrating the feasibility and methodology of field retermination for these complex fiber trains, a critical advancement for extending the operational life of instruments like the APOGEE spectrograph at Apache Point Observatory. His most-cited work, "Field retermination of APOGEE spectrograph MTP fiber connectors" (2022), details hands-on lessons learned, wear analysis of removed connectors, and throughput measurements after retermination for the Sloan Digital Sky Survey V (SDSS-V). While his citation count is modest (3 citations), the impact of his work is profound for the astronomical community, as it provides a practical, cost-saving solution for maintaining high-throughput fiber systems in remote observatory settings. Fitzgerald’s achievements underscore the unsung but vital role of engineering in enabling cutting-edge astronomical research.