Fábio Uechi is a Machine Learning Engineer specializing in MLOps with 15 years of experience building scalable, cloud-native systems from architecture to production. Currently at Halter after a three-year MLOps stint at Imagr, he blends site reliability, full-stack and ML engineering skills to deliver reliable deployment pipelines and production-grade ML services. His background includes leading multi-team engineering efforts, designing high-throughput systems on Google Cloud and AWS, and prototyping recommender systems and big-data pipelines. An active open-source contributor, he has improved both back-end and UI components in well-known projects like Locust and extended Togglz with Datastore and Memcache support for robust feature flagging. Comfortable across Java, Python and cloud platforms, he brings a pragmatic craftsmanship mindset to complex operational and data challenges.
15 years of coding experience
19 years of employment as a software developer
Bachelor of Science (BSc), Computer Science, Bachelor of Science (BSc), Computer Science at Universidade Federal de São Carlos
Associate's degree, Industrial Electronics Technology/Technician, Associate's degree, Industrial Electronics Technology/Technician at Liceu de Artes e Ofícios de São Paulo
Contributions:17 commits, 3 PRs, 9 comments in 3 years 4 months
Contributions summary:Fábio's commits primarily focus on adding and modifying features related to App Engine and Google Cloud Datastore integration. They implemented a Datastore-based state repository for feature flags, allowing for persistent storage and retrieval of feature states within the application. Furthermore, the user refactored the code to improve its structure and introduced a Memcache-based caching mechanism to optimize performance. This resulted in enhancements to the project's core functionality for feature toggling.
Contributions:16 commits, 2 PRs, 7 comments in 9 days
Contributions summary:Fábio primarily focused on enhancing the web UI of the Locust load testing tool. Their contributions included adding new Jinja2 blocks for improved extensibility, exemplified by injecting custom CSS. They also made changes to the argument parser, introducing features to exclude arguments from the UI and refactoring code. Furthermore, the user updated example code and made general improvements to the codebase.
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Fábio Uechi - Machine Learning Engineer (MLOps) at Halter