Angela Wang

🔹 Exhibited professional QA expertise by handling customer-centered web and mobile applications, efficiently resolving critical customer issues, and receiving high efficiency ratings. 🔹 Enhanced automation processes by auditing and upgrading the Cypress and Mocha API automation frameworks, significantly improving testing efficiency and quality. 🔹 Drove cross-functional collaboration by designing test plans for complex features and actively working with design, PMs, and developers across multiple time zones, earning outstanding performance reviews in Q2 2023. 🔹 Optimized CI/CD workflows by utilizing GitHub Actions, significantly improving Jenkins deployment pipelines, and initiating Pact Contract Testing for robust microservice integration and compliance.

🔹 Took strong SET ownership in a fast-paced agile environment at a leading GRC SaaS company, driving quality assurance and continuous weekly deployments to AWS using technologies like Ruby/Rails, TypeScript/JavaScript, AWS serverless, Terraform, Docker, and AWS CodePipeline. 🔹 Automated critical customer scenarios with Rspec, TypeScript, Cypress, and API tests, integrating automation into the post-deployment stage in AWS CodePipeline and supporting K6 performance tests. 🔹 Collaborated closely with developers to investigate issues using CloudWatch, Datadog, and Airbrake, while ensuring quality control for core Windows products (C/C++, Java) and applying database expertise with SQL/Oracle/DB2. 🔹 Improved continuous deployment pipelines with Jenkins and tested both offline and online applications across various mobile and tablet devices, ensuring comprehensive coverage, while earning multiple awards in annual hacker events.

🔸 Contributed to the global earliest commercialized quantum computing systems from D-Wave and conducted superconducting IC characterization and yield analysis with cryogenic testing infrastructure. 🔸 Led the non-DR testing team to promptly provide critical testing data to the fabrication team under tight schedules, influencing chip selection for quantum computer processors. 🔸 Developed programs for testing automation and data analysis for manufacturing quality estimation. 🔸 Published papers with the team in Science and Physics Letters.

🔸 Collaborated with mechanical and electrical engineers to successfully optimize preliminary laser imaging systems, enhancing their manufacturability and assembly techniques across varying complexities. 🔸 Designed and implemented innovative optical experiments, leading to a notable reduction in system backlight noise. 🔸 Utilized Zemax for advanced modeling of laser imaging optical systems, demonstrating proficiency in optical design. 🔸 Delivered comprehensive system documentation tailored to specific project requirements, ensuring clear and effective communication.

🔷 Project leader for a team focused on electron-optics design and manufacturing. 🔷 Vice manager of the team for a high-quality projection display system, which won the top science and technology award in China. 🔷 Vice dean of a school with 600 students and 100 facilities at the leading Chinese university in Electrical & Electronics Engineering. 🔷 Assistant professor recognized with the university’s top teaching award.

Applied a new material for laser-induced thin film grayscale photomasks by designing experiments and analyzing data with various tools. Produced 3D microstructures using MEMS processes, performed ANSYS modeling, and programmed with FLOODS/FLOOPS. Presented research at SPIE Photonics West 2006 and IEEE CCECE 2007.

- code web pages according to W3C standards using HTML plus style text and content with CSS - create mobile phone and tablet friendly websites

Successfully designed and developed a high resolution and high current electron gun which was practically used in a high quality projection system and won a national top award in China.