400万人が利用する会社訪問アプリ
SHL Group / DET-QARA - Project Quality Engineer
Results-driven Software Engineer | Innovative Problem Solver | Passionate about Developing Robust Solutions | Expertise in Python, C++, C, and Android System | Adept at Automation Testing | Proficient in Swift, JavaScript, and Java | Strong Foundation in Electronic Engineering | Collaborative Team Player | 4 Years of Proven Industry Experience
My ambition is to continue excelling in the field of software engineering and quality assurance, leveraging my expertise in automation testing and software development to contribute to cutting-edge projects. I aspire to take on leadership roles, guiding teams towards achieving excellence in software quality and innovation. Additionally, I
Oversee end-to-end compliance and robust quality assurance for medical and non-medical connected devices, medical device software/firmware, and software components. Key responsibilities include auditing new project development quality, integrating Design History File (DHF) documents for seamless design transfer, and collaborating on conti
Leading an innovative firmware testing initiative at SHL, I've crafted a versatile framework ensuring seamless compatibility with diverse embedded products. Conducting thorough tests across MCU, wireless communication, LTE, and BLE functionalities, the platform streamlines configurations through a user-friendly web interface. Its customizable test procedures align precisely with project needs, significantly enhancing testing efficiency and reliability, marking a transformative impact.
Drove impactful testing initiatives at Google, managing multiple projects for comprehensive quality assurance. Pioneered the "True Feeling Project" a paradigm-shifting automation endeavor that not only improved testing efficiency but also accelerated reporting cycles from bi-weekly to bi-daily. Innovated the "Android Device Offmode Batter
The project not only revolutionized UI response time assessment but also introduced realistic simulations of human-device interactions. The incorporation of programmable robotic arms and cutting-edge monitoring technologies demonstrated a commitment to comprehensive testing and a forward-looking approach in adapting to the evolving landscape of electronic devices. This initiative significantly elevated the testing methodology, ensuring a more realistic and holistic evaluation of UI response across a spectrum of devices.
The project delivers invaluable insights into battery performance during off-mode conditions, significantly enhancing overall system reliability. My pivotal contributions, particularly in innovative low-level command implementation and dynamic system activation, underscore a dedicated commitment to thorough testing and aligning system behaviors with design expectations and safety protocols. This initiative marks a transformative impact on ensuring robust and reliable battery performance in real-world scenarios.
Leading the True feeling project at Google, I optimized Android app launch times on Pixel phones. Using high-speed cameras and innovative testing methodologies, I ensured applications met user expectations for seamless responsiveness. My role extended beyond routine testing, focusing on enhancing the holistic user experience by simulating real-world interactions. This user-centric approach set a new standard for quality assurance, showcasing a commitment to innovative testing practices.
Led pivotal efforts in enhancing Siri's natural language understanding by adeptly analyzing and resolving intricate issues. Spearheaded the development and maintenance of robust automated testing frameworks for Siri on iOS, tvOS, and MacOS, employing Python, Swift, and XCTest. Proficiently managed version control and collaboration through
As a pivotal member of the SiriXCTest project, I enhanced the automation testing framework for Siri, spanning iOS, tvOS, and macOS. I led the development of comprehensive test cases, emphasizing diverse testing scenarios for Siri's seamless collaboration within the Apple product ecosystem. My notable contributions include localized testing, ensuring Siri's performance aligns with the Taiwanese Traditional Chinese user base. This project played a significant role in automating and validating Siri's performance across platforms, contributing to an elevated quality assurance process.
Validated PCIe Gen5 interface, ensuring optimal system performance. Conducted meticulous debugging at physical and protocol layers, showcasing attention to detail. Provided vital technical support, swiftly resolving storage-related issues, enhancing overall product reliability. Played a key role in troubleshooting and resolving intricate
During my academic journey in the Department of Electronic Engineering at Taipei Tech, I immersed myself in a diverse range of courses, establishing a strong foundation in my field. I undertook courses that covered various aspects, including Android app development using Java, system programming with C and C++, and the development of micr
Developed Windows applications and automated test scripts, showcasing strong software development skills. Established a web service for efficient AMD VBIOS requests, streamlining processes. Played a hands-on role in flashing and triaging system and video BIOS issues. Utilized Windbg in JavaScript for Windows debugging, contributing to com
Conducted thorough software and firmware testing, ensuring high product quality and adherence to specifications. Reported and verified issues, streamlining bug tracking and resolution processes. Developed detailed test reports, providing clear insights into testing outcomes. Contributed to the development of testing processes, enhancing overall efficiency.