Internally transferred from Elitestek Limited.

Led 3 software engineers in developing integrated IDE embedded in Efinity, the company’s primary FPGA EDA software.

Defined quarterly OKRs and project roadmaps; aligned long-term technical vision with senior leadership and secured resources.

Architected and led migration to a VS Code-inspired architecture, rebuilding frontend in Flutter and backend in Python using ZeroMQ for high-performance IPC.

Designed and implemented core IDE features including tabs, status bar, file search, context menus, and extensible plugin system.

Built and maintained CI/CD pipelines and GitLab infrastructure for builds, automated testing, and deployments.

Delivered IDE adopted by 100+ customers in Chinese market, streamlining FPGA design workflows.

Worked at Elitestek Limited, the China sister company.

Worked as a Full-Stack Software Engineer on the Google Ads Extension team.

Migrated the technological frameworks used by the Extensions advertisements. Created summary cards and tables with advertiser stats.

Built customizable metric pickers and APIs, enabling 20+ quantifiable metrics for 500K+ advertisers.

Enabled multi-webhook support for Lead Form Extensions, improving integration flexibility.

Added dealership location support, designing APIs and collaborating on backend/UX changes to display addresses for 500K+ advertisers.

Led the migration for the extension codebase to Null-Safety in Dart 2.10, ensuring null-safety across 100K+ lines of code.

Researched in the Biomimetic Millisystems Lab in the Department of Electrical Engineering and Computer Sciences, supervised by Professor Ronald Fearing and Dr. Liyu Wang.

Designed machine learning algorithms to mimic evolution for robots’ leg shapes to crawl on different terrains.

Developed simulated models that automate robots’ motor commands with various machine learning techniques.

For CS 61A: The Structure and Interpretation of Computer Programs, CS 61B: Data Structures, CS 161: Computer Security, CS 162: Operating Systems and Systems Programming, and CS 170: Efficient Algorithms and Intractable Problems.

Held weekly tutoring sections and office hours to guide students through homework, lab assignments, and projects.

Graded exams and provided composition feedback on projects.