Senior Software Test Engineer - job 20 of 21

The core responsibilities of a Senior Software Test Engineer at Visa Technology & Operations LLC include delivering comprehensive software testing functions. This involves creating detailed test plans and test cases, executing tests, managing defects, and providing crucial support during UAT and post-implementation. The role includes working with both offshore teams and contractors, as well as collaborating closely with development teams to ensure a high standard of product quality.

To qualify for the Senior Software Test Engineer position at Visa in Austin, candidates typically need extensive experience in software testing, preferably within the financial or technology sectors. Strong knowledge of Unix/Linux/Windows operating systems and various database technologies is essential. Additionally, excellent communication skills and the ability to work collaboratively with both local and offshore teams are crucial.

Yes, Visa Technology & Operations LLC does offer the possibility of partial telecommuting for the Senior Software Test Engineer role. This flexibility allows employees to maintain work-life balance while being integral to an innovative team focused on quality and excellence in software testing.

The Senior Software Test Engineer role at Visa involves close interaction with offshore teams, emphasizing collaboration and communication. This includes managing offshore resources through project discussions, which ensures that testing procedures align with overarching project goals and quality standards.

Valuable skills for a Senior Software Test Engineer at Visa Technology & Operations LLC include robust problem-solving abilities, proficiency in various testing methodologies, and experience with automated testing tools. Technical expertise in Unix/Linux/Windows platforms and database management is also critical, alongside strong interpersonal skills to foster communication among team members and stakeholders.

I have extensive experience with both manual and automated testing methodologies. In my previous roles, I've applied Agile testing strategies to develop efficient test plans and workflows, prioritizing collaboration with development teams to ensure timely feedback. This has allowed me to identify defects early in the development cycle, significantly enhancing the overall product quality.

My approach to creating test plans involves thorough requirements analysis, which helps identify critical functionalities to test. I prioritize test coverage based on risk assessment and work closely with stakeholders to gather insights on user expectations. Once the plan is crafted, I ensure to include clear objectives, test scenarios, and expected outcomes to facilitate effective execution and reporting.

When defects are found during testing, my process involves categorizing them based on severity and impact on the project. I document each defect clearly with reproductions steps and collaborate with development teams to prioritize fixes. Tracking the status of defects is crucial; therefore, I utilize defect management tools to update stakeholders on progress and resolutions.

I have considerable experience working in cross-functional teams, particularly in Agile environments. I prioritize effective communication to bridge gaps between QA, development, and product management teams. Regular stand-up meetings and collaborative workshops have been instrumental in aligning our goals and ensuring that quality is a shared responsibility across the board.

Certainly! In my last position, I led a significant testing initiative for a new software release, which involved developing and executing a thorough test strategy. I coordinated with cross-functional teams and implemented automated testing scripts that reduced testing time by 40%. This initiative helped us meet deadlines and ensured that the software was of high quality before launch.

I keep myself updated with the latest testing tools and technologies by attending webinars, participating in quality assurance forums, and following industry-related publications. Additionally, I enjoy experimenting with new tools in personal projects or test environments, which allows me to assess their effectiveness and applicability in real-world scenarios.

One significant challenge I faced involved a tight project timeline that limited thorough testing. To overcome this, I prioritized high-risk areas and focused on critical test cases while collaborating with developers for early bug detection. My flexible testing strategy ensured essential functionalities were verified, paving the way for a successful launch without compromising quality.

UAT is crucial in the software development lifecycle as it ensures that the end product aligns with user expectations and business requirements. Engaging real users in testing helps identify usability issues and unnecessary complexities that automated tests might overlook. A strong UAT phase can significantly reduce post-launch issues and improve user satisfaction.

I have experience using several automated testing tools, including Selenium, JUnit, and TestNG. Each tool has its strengths; for instance, Selenium is great for web application testing across different browsers. My experience has been positive, particularly in improving testing efficiency and allowing for continuous integration practices, which enhances overall software quality.

To ensure alignment with overall project goals, I actively engage in project planning and requirement-gathering sessions. By understanding the project’s objectives and KPIs, I can design testing processes that not only focus on quality but also consider the user experience and business impact. Continuous communication with stakeholders throughout the project lifecycle supports this alignment.