Software Verification Engineer II

As a Software Verification Engineer II at Abbott, you'll be responsible for improving our software test automation framework, developing solutions for complex testing challenges, and ensuring the quality of our medical device software. This includes debugging and troubleshooting software issues, creating and executing test cases, and evaluating prototypes to ensure they meet regulatory standards and performance requirements.

To qualify for the Software Verification Engineer II position at Abbott, you need a Bachelor of Science degree in Computer Science, Electrical Engineering, or a related field, along with 2+ years of relevant experience in product development. Strong proficiency in C++ and Python is essential, and candidates with advanced credentials or experience in Biomedical Engineering will be preferred.

Abbott is deeply committed to fostering career development for Software Verification Engineers II through various programs. We offer tuition reimbursement, educational benefits that allow access to a bachelor’s degree for free, and numerous opportunities for advancement within our global organization, ensuring you have the tools and resources needed to grow your career.

In the Software Verification Engineer II role at Abbott, you will work with a range of tools and technologies including automation frameworks, test scripts, and emulators. Proficiency in functional and scripting languages such as Python and C/C++ is required, and familiarity with methodologies for formal software development will be beneficial as you create solutions for complex testing challenges.

At Abbott, the work environment for a Software Verification Engineer II is collaborative and innovative, with a focus on advancing the treatment of heart disease through cutting-edge technology. You’ll be part of a supportive team that encourages communication at all levels, working in a fast-paced and often matrixed environment that values your contributions and ideas.

When debugging complex software issues, I start by reproducing the issue to understand its context. I then utilize debugging tools and logs to trace the problem, isolating variables and constructing hypotheses. This methodical approach helps in pinpointing the root cause effectively, while maintaining comprehensive documentation for future reference.

In my previous roles, I have developed and maintained test automation frameworks using tools that enhance testing efficiency. I focus on creating reusable test scripts that integrate seamlessly into the CI/CD pipeline, ensuring quick feedback for developers. My goal is always to optimize the testing process while catering to the specific needs of the projects.

To improve code coverage, I analyze existing test cases to identify untested areas of the codebase. I then implement essential tests that cover critical paths and edge cases. Additionally, I advocate for incremental test creation during the software development cycle to ensure new features are immediately validated, thus maintaining high code quality.

Ensuring compliance with FDA regulations involves a thorough understanding of the guidelines and integrating them into the testing process from the start. I document test cases meticulously, maintain a clear audit trail for all tests conducted, and collaborate with regulatory affairs to ensure that all software features meet necessary standards before release.

In a previous project, I collaborated with clinical engineering and marketing teams while developing a software feature. I scheduled regular meetings to gather input, clarify requirements, and align our objectives. This cross-functional synergy was crucial in delivering a product that met both technical specifications and market needs, enhancing its success.

When software does not behave as expected, the first step is to gather all relevant information about the issue, including logs, user reports, and test results. From there, I replicate the issue and perform a root cause analysis using systematic testing to narrow down possible sources. Collaboration with team members often provides valuable insights to resolve the issue more efficiently.

I prioritize tasks by assessing their urgency and impact on the project. I create a list that categorizes tasks with clear timelines and communicate regularly with team members to ensure alignment. By focusing on high-impact activities first and remaining adaptable to changes, I can manage deadlines effectively without sacrificing quality.

My process for documenting testing results is systematic and detailed. I ensure that each test is recorded with outcomes, including any deviations or failures. I utilize a standard documentation template where I capture essential details such as test case IDs, execution date, test objectives, and conclusions. This practice facilitates clarity and provides valuable insights for future tests.

To stay updated on the latest technology trends in software development, I regularly engage with online communities, attend webinars, and read industry publications. Furthermore, I participate in workshops and professional networks, which not only keeps me informed but also allows me to apply new techniques and methodologies to my work.

In a past role, I successfully led a project where we redesigned our test automation framework. This project involved significant collaboration across teams, and I introduced new tools that enhanced our testing efficiency by 30%. The project was completed ahead of schedule, and the testing improvements resulted in higher product reliability, ultimately enhancing customer satisfaction.