Feng Huang is a senior Agile consultant with 13 years of experience helping organizations in China adopt Agile and DevOps practices, currently based in Xuhui, Shanghai. He has led organization-wide Agile transformations, built engineering efficiency teams as a DevOpsMaster, and served as R&D project director and ScrumMaster across internet finance and education sectors. Certified in CAC, PMP, CSM, SAFe and Scrum@Scale, he combines hands-on engineering skills (backend, frontend, IoT) with coaching at scale. His open-source work spans full-stack contributions to IoT, serverless, and frontend projects—demonstrating a practical bent for integrating hardware, cloud services and developer tooling. Fluent in Chinese with CET-6 English, he pairs systems-level thinking from an Economics graduate program with deep technical roots from a Computer Science degree. An understated trait: he balances strategic change leadership with regular, tangible code contributions (e.g., Phodal projects and ArchGuard).
Serverless 架构应用开发指南 - Serverless Architecture Application Development Guide with Serverless Framework.
Role in this project:
Full-stack Developer
Contributions:1 release, 226 commits, 11 PRs in 5 years
Contributions summary:Feng contributed to the development of various serverless applications within the `phodal/serverless` repository. Their work included initializing "hello, world" functions, adding AWS IoT examples, setting up CRUD operations using S3, creating a node-serve-html function, implementing a wechat mini-program, and contributing to a serverless frontend with Auth0 integration. The user also worked on a Kinesis Firehose implementation and created a basic GraphQL API and DynamoDB integration.
IoT, 这是一个最小Internet of Things ,一个Internet of Things相关的毕业设计产生的一个简化的物联网系统。 。
Role in this project:
Embedded Systems Engineer / IoT Developer
Contributions:110 commits, 4 PRs, 15 pushes in 7 years 6 months
Contributions summary:Feng primarily focused on integrating hardware and software components for an IoT system. They implemented a Python script (`iot.py`) to control an LED based on data from a remote server and also developed a Raspberry Pi script (`raspberrypi.py`) for the same purpose, interfacing with GPIO pins. Furthermore, they added seed data for an 'athome' entity, reflecting a focus on the system's data model and interaction with external devices. The user demonstrated proficiency in serial communication with an Arduino device, web requests, and basic IoT system logic.
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