Responsible for the core development and maintenance of BentoML

• Participate in the design and implementation of a high-performance model serving framework
• Design and implement user-friendly and developer-friendly APIs and SDKs
• Optimize the existing model deployment process to improve efficiency
• Also responsible for maintaining and implementing model deployments on cloud platforms

Languages used: Python, Go, TypeScript

Open source project: https://github.com/bentoml/BentoML

Several internal systems and corresponding basic components for quantitative traders have been developed.

• Trading data middle office: traders are able to do various operations and data manipulation and internal data visualization
• Unified user permission center: a permission center that integrates user authentication, permission verification, and permission management for use within the trading team
• Apollo Config Python SDK: A Python SDK built on top of Apollo Config HTTP API, supporting both synchronous and asynchronous call, as well as configuration value encryption and decryption

A notable amount of improvements were made to the taichi project's continuous integration during this period: (to name a few)

• PR#3852: Add self-hosted Windows buildbot for GPU testing
• PR#4624: Switch to scikit-build as the build backend
• PR#4546: Parametrize the test cases with pytest.mark
• PR#4633: Use pre-commit to run linters and formatters
• PR#4428: Automate release publishing

Responsible for the continuous integration system development within FiT(an internal group focusing on online payment)

• Migrating the execution engine from Jenkins to a homegrown task processor
• Improve the user experience of custom tasks for workflows and supports reading in configurations from YAML
• Serve for more than 3000 service modules
• Average number of 100 builds per day

Responsible for the development of test data management system

• Developed and implemented a multi-environment test data synchronization system using Django & SQLAlchemy

Responsible for GUI testing of the Tachyon software family for computational lithography

Develop and maintain the automated testing frameworks

• Based on Qt(PyQt) + RPC
• Implement automatic comparison of images and calculate differences

Designed and developed an automated test management platform

• Based on Flask
• Manage test case execution and result collection across multiple nodes
• Generate test reports with Robotframework and send notifications