Weian Chen Email & Phone Number

台灣 Taiwan 新竹市

[Software Simulation platform]* Led and developed a new slim simulation platform: This simulation platform focused on unit testing using Google Test framework in a Linux environment.Reduced build and test times to less than a minute, enabling developers to verify software code at any stage of development that significantly improved software testing and verification processes.[Design Continuous Integration(CI)]* Optimized CI system, reducing manual intervention and hardcoding, resulting in substantial time savings for the team.* Collaborated with a UK team to build and test the CI system for the slim simulation platform.* Developed a dashboard for viewing regression results and efficiently querying test results and historical data.[Productivity Tool]* Designed an issue record system using Python 3, enabling real-time notifications of software issues to developers.* Created an automated build and regression tool (multi-threaded) in Python 3, significantly reducing developers' workload and verification time.* Contributed to the development of a GUI debugging tool for test cases using VSCode.[Code Coverage]* Designed and integrated an automated coverage report system that combined multiple platform reports using LLVM coverage package.* Implemented a GUI dashboard using Splunk platform for visualizing coverage summary reports and detailed coverage statistics.* Developed an Uncover function tracking system to automatically remind developers of uncovered functions and increase software quality.* Development of an algorithm for test case selection based on LLVM coverage results, empowering developers to choose regression sets according to the impact of their modifications, resulting in reduced verification time.

台灣 Taiwan 新竹市

[Software Simulation platform]* Porting of a simulation platform from Windows to Linux, resulting in improved RTOS-like behavior. Replaced the Compiler from Visual C to Clang, significantly accelerating the build time of the simulation platform.* Extended and maintained simulation platform to support the latest features, enabling the software team to validate SOC software code ahead of SOC stages.* Collaborated with developers to design functional and integration tests, ensuring thorough code verification.[Design Continuous Integration(CI)]* Designed and implemented an automated daily build and regression process to maintain code quality at a high standard.* Developed a regression level system, optimizing test resource utilization based on test case importance and coverage levels, minimizing blocking issues.* Worked with a team in the UK to establish a simulation platform CI environment and created a dashboard for monitoring regression results and historical record retrieval.[Productivity Tool]* Designed and implemented Python-based tools to automatically identify code issues, reducing problem-solving time for developers.* Developed a tool to automatically generate fail test logs, enabling quicker issue analysis.* Designed a sync code reminder system to ensure all modifications were properly patched to specific projects, preventing recurring issues.* Developed a VSCode extension to visualize coverage results, enhancing code coverage analysis directly within the editor.[Code Coverage]* Implemented an automated system for coverage build, testing, summarizing reports, and sending reports to developers via email, utilizing LLVM coverage package for accurate reports.* Utilized Splunk platform to design a coverage dashboard, presenting coverage summaries and detailed statistics in a visual format.* Developed an Uncover function tracking system, automatically reminding developers of uncovered functions, leading to increased software quality.

[Software Simulation platform]* Maintenance and improvement of a software simulation platform for verifying SOC software code written in C/C++, enabling early validation of SOC software code for the Software team.* Collaborated closely with HW Designers to establish mock hardware components, facilitating early verification of hardware control processes by the Software team.* Assisted developers in creating functional and integration tests to ensure comprehensive software validation.[Design Continuous Integration(CI)]* Designed and implemented a CI pipeline for automating daily builds and regression testing, maintaining code quality at a consistent standard.[Productivity Tool]* Developed a robust issue record system using Python3, providing real-time notifications to developers for efficient problem identification.* Designed an automated issue detection tool using C#, enabling developers to pinpoint the exact code changes that led to the issue, significantly reducing troubleshooting time.* Created an all-in-one auto build + regression tool using C#, streamlining software code verification and saving developers valuable time.[Code Coverage]* Architected an automated coverage report generation system using Bullseye Coverage, executing coverage build, testing, and summarizing reports automatically. Reports were then sent to developers via email for easy access and review.* Devised an algorithm to analyze Bullseye coverage results, optimizing test case selection to achieve maximum coverage with a minimal number of tests. This approach reduced the need for executing approximately 40% of test cases while maintaining high coverage levels.

* Developed a GUI Tool for Comparing and Adding Information to Different Setting Files

碩士, 資訊科學與ˋ工程研究所

學士, 資訊工程學系

Activities and Societies: 桌球校隊