Staff Engineer I, Software QA (402504)

As a Staff Engineer I in Software QA at Samsung Research America, your main responsibilities will include creating detailed test cases, developing and maintaining automation test tools, and collaborating with cross-functional teams to ensure project requirements are met. You will assess product quality risks, track defects to closure, and analyze quality metrics to identify areas for improvement.

To qualify for the Staff Engineer I, Software QA position at Samsung Research America, you should possess a Bachelor's degree in Computer Science or a related field, along with 5 years of experience in QA test case development and automation tools. Candidates can also qualify with additional relevant experience in lieu of a degree.

Candidates applying for the Staff Engineer I, Software QA role at Samsung Research America should have a solid background in programming with languages such as Python and C#. Additionally, experience with debugging techniques and testing in the Windows PC software or hardware domains is crucial.

Automation is a vital component of the Staff Engineer I, Software QA position at Samsung Research America as it helps increase efficiency in testing processes. By designing and maintaining automation test tools, you enhance the accuracy of testing and significantly reduce the time required to validate product quality across different project stages.

The work environment for a Staff Engineer I, Software QA at Samsung Research America is collaborative and dynamic, situated in an office setting in Mountain View, CA. You will engage with diverse teams both locally and internationally, emphasizing a shared commitment to innovation and quality assurance.

In your answer, highlight specific projects where you successfully developed QA test cases. Discuss your methods for ensuring thorough coverage and how you approached learning the requirements of the project or feature.

Discuss the automation test tools you've worked with in your previous roles, including your role in developing or maintaining them. Focus on how these tools improved productivity and efficiency in your testing processes.

Explain your approach to defect prioritization based on severity and impact on the user experience. Providing examples of past experiences can enhance your answer.

Share details about projects where you've utilized Python for automation or scripting within QA testing. Mention any frameworks or libraries you are familiar with that support your contributions.

Identify debugging tools you've used and describe how they've been effective in tracking down issues. Your familiarity with UART, JTAG Debug, and Windbg could strengthen your answer.

Discuss the steps you take in an end-to-end testing process, from requirement analysis to executing tests and reporting findings. Share any methodologies you follow, such as Agile or Waterfall.

Share your experiences working with cross-functional teams, emphasizing how effective communication and collaboration have led to successful project outcomes. Mention specific tools or practices you have used.

Discuss key quality metrics you track, such as defect density and test coverage, and explain how they inform your testing strategy and areas for improvement.

Reflect on a specific challenge you've faced, such as tight deadlines or resource limitations, and outline the strategies you used to address these challenges effectively.

Share your passion for ensuring quality in products and how this drive fuels your dedication. Highlight specific aspects of QA that excite you, such as problem-solving or the role of technology.