Jenny Medina is a Research Software Engineer with eight years of experience building data accessibility, visualization, and calibration tools for medical and astronomical research. She moved from developing calibration pipelines for Hubble WFC3 and archive tools for TESS and JWST at STScI to enabling reproducible biomedical research at Sage Bionetworks, combining domain knowledge with production-grade software practices. Her open-source contributions include enhancing astroquery’s MAST module—adding anonymous cloud access and robust cloud-focused tests—demonstrating a knack for bridging archival data systems and cloud workflows. Comfortable across data reduction, automation, and documentation, she excels at turning complex observational datasets into usable, well-tested software for diverse research teams.
8 years of coding experience
3 years of employment as a software developer
Bachelor of Science (BS), Physics, Bachelor of Science (BS), Physics at Florida International University
Contributions:102 reviews, 65 commits, 21 PRs in 1 year 2 months
Contributions summary:Jenny contributed significantly to the `astroquery` project, primarily focusing on enhancing the `mast` module, a core component for accessing astronomical data resources. Their work involved implementing anonymous cloud access for data products, which included modifications to several files within the `astroquery/mast` directory. Additionally, the user developed and expanded unit tests, particularly for cloud-related functionalities, and implemented test fixes.
Flexible framework for submission evaluation for challenges run on Synapse
Contributions:134 reviews, 58 PRs, 446 pushes in 1 year 2 months
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