Senior Software Quality Assurance Engineer

As a Senior Software Quality Assurance Engineer at ASM, you'll be responsible for designing, developing, and executing software test suites to ensure the quality and reliability of our advanced semiconductor manufacturing software. You'll perform both manual and automated testing, develop test plans, and collaborate with Process Engineering to enhance system performance and functionality.

To qualify for the Senior Software Quality Assurance Engineer role at ASM, candidates typically need a BS or MS degree in Computer Science, Computer Engineering, or a related field, along with at least 5 years of experience in software development and test automation. Proficiency in programming languages such as Python, C++, or C# is crucial, as well as experience in quality assurance processes in semiconductor equipment manufacturing.

ASM is committed to the professional development of its employees, including Senior Software Quality Assurance Engineers. We offer tailored development programs designed to enhance technical skills and promote career growth within our collaborative and innovative work environment.

While the role of Senior Software Quality Assurance Engineer at ASM is primarily based in Phoenix, Arizona, there may be opportunities for remote work depending on project needs and individual circumstances. ASM emphasizes flexibility and work-life balance while maintaining collaboration with global teams.

As a Senior Software Quality Assurance Engineer at ASM, you would engage in projects that involve testing and validating cutting-edge software that interacts directly with semiconductor processing hardware. This includes advancements in AI, machine learning algorithms, and integration with CI/CD pipelines to streamline development processes.

To ensure software quality in the semiconductor industry, I prioritize rigorous testing protocols, including developing comprehensive test plans that cover both functional and performance aspects. I also employ automated testing tools to increase efficiency and reduce human error while collaborating closely with engineering teams to align on quality standards.

In my previous roles, I have extensively used automated testing tools like Selenium and Jenkins for continuous integration. I've written automated test scripts primarily in Python and integrated these tools with CI/CD pipelines to ensure seamless deployment and early detection of bugs in software releases.

Communication is at the heart of quality assurance processes. It’s essential for collaborating effectively with development teams to understand their needs, providing feedback on identified issues, and ensuring everyone is aligned on project goals and testing schedules. Strong communication helps foster a culture of quality across the entire organization.

I prioritize my testing tasks based on project deadlines and the critical nature of features being tested. I utilize tools like Jira to manage workflows and ensure that I focus on high-impact areas that contribute significantly to product performance and user satisfaction.

In a challenging testing project, I was tasked with validating a complex software integration that involved multiple systems. Team collaboration was key; I organized daily stand-ups and set up clear communication channels to address issues quickly. By modifying our test strategy based on ongoing feedback, we achieved a successful release within the timeline.

I have implemented CI/CD practices in my previous roles by integrating automated testing within the deployment pipeline. This ensured that code changes were tested early and often, allowing for more rapid iterations and a reliable software deployment process. My experience also includes using tools like Git for version control to manage code efficiently.

When I encounter tight deadlines in my QA work, I focus on critical functionalities first, use automated tests wherever possible, and collaborate closely with the development team to understand priorities. Setting realistic timelines and being transparent about any constraints allows for better resource management without compromising quality.

I am proficient in Python, C++, and C#. My background allows me to write efficient test scripts, automate testing processes, and contribute to overall software quality. I am also familiar with test management tools that facilitate tracking issues and test case execution.

Adapting to changing project requirements involves maintaining open communication with stakeholders to understand the rationale behind changes. I stay flexible in adjusting my testing strategies and schedules as needed, ensuring that the QA processes remain aligned with the overall project objectives.

I evaluate the success of a software testing project through various metrics such as defect density, test coverage, and post-release failure rates. Feedback from end-users is also essential, as it provides insights into any potential issues that weren't identified in testing, allowing for continuous improvement in future projects.