Joseph Min is a software engineer and current graduate student at the University of Washington with 11 years of experience building scalable, distributed systems for healthcare and research. He has shipped production CI/CD infrastructure and Docker-based microservice deployments at athenahealth, led cloud modernization efforts at Facebook, and built widely used scientific web apps at Harvard Medical School (notably evemodel.org). Technically fluent in Python and Java with experience in Go, C++, and Swift, he contributes to open-source networking projects like magma where he implemented device management endpoints and cross-agent support. Now designing proteins to help plants survive climate change, he blends systems engineering rigor with bioinformatics curiosity, making him comfortable at the intersection of software, infrastructure, and biology.
Platform for building access networks and modular network services
Role in this project:
Back-end Developer
Contributions:28 commits, 16 PRs in 6 months
Contributions summary:Joseph primarily worked on the back-end aspects of the "magma/magma" repository, which involves building access networks and modular network services. Their contributions include fixing errors related to the build process, specifically addressing path issues arising from the transition to open source. They implemented new endpoints for Symphony devices and agents and modified existing handlers and models to support these features. The user also added the functionality to update and delete Symphony devices and also worked on adding the state for those devices.
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