Sr. SW Engineer - job 0 of 50

As a Sr. SW Engineer at Visa Technology & Operations LLC, you will execute software testing requests while collaborating with product teams to analyze and align on test requirements. You'll create, maintain, and innovate automated test cases and suites, develop applications for test engineering, and ensure continuous improvement in test processes. Your role also includes investigating bugs and reporting project statuses, all while enhancing the overall quality and stability of our application software.

To be considered for the Sr. SW Engineer position at Visa Technology & Operations LLC, candidates should possess strong experience in software testing and development, particularly in C# and Java. Proficiency with automation frameworks such as JUnit, TestNG, and NUnit is essential. A solid understanding of test engineering principles and experience with debugging tools will also be crucial for success in this role.

Candidates applying for the Sr. SW Engineer role at Visa Technology & Operations LLC should have expertise in C# and Java. These languages are fundamental for designing and implementing automation solutions that enhance our testing processes. Familiarity with frameworks like JUnit, TestNG, and NUnit will be advantageous, as they are frequently used in our test automation efforts.

At Visa Technology & Operations LLC, continuous improvement in software testing is achieved by fostering a culture of collaboration and innovation. As a Sr. SW Engineer, you will engage in regular discussions with cross-functional teams, focus on enhancing existing test processes, and implement standardized tools and metrics. Your contributions toward optimizing testing environments and ensuring application stability are vital to our goal of delivering high-quality software.

The work environment for a Sr. SW Engineer at Visa Technology & Operations LLC is dynamic and collaborative. You'll be part of a supportive team that discusses technical challenges and solutions regularly. With opportunities for partial telecommuting, you can expect a blend of teamwork and flexibility that aligns with our commitment to product excellence and innovation in technology.

Absolutely! During my previous roles, I utilized both C# and Java extensively to design automated test scripts aimed at improving software quality. I have developed test automation frameworks that align with best practices, and I'm well-versed in using tools like NUnit and TestNG for executing tests effectively.

I start by gathering requirements from stakeholders and understanding the project scope. Next, I identify test objectives, strategies, and resources required. I outline the specific testing methodologies and tools I plan to use, ensuring it aligns with both project goals and quality assurance standards.

Upon discovering an issue, I first document the steps taken to reproduce it, ensuring that I have all relevant data at hand. Next, I collaborate with developers and the project team to analyze the context of the issue, and I utilize tools to dive deeper into logs, which helps in pinpointing the cause effectively.

In my last position, I led a project to implement test automation across our software lifecycle. By analyzing manual testing efforts, I identified repetitive tasks that could be automated. I created a robust automation framework using Java and TestNG, which reduced testing times by 40% and improved defect detection rates.

To ensure stability and reliability, I conduct thorough reviews of the test scripts and implement version control practices. I also schedule regular regression tests to confirm that new changes don’t introduce new bugs. Logging test results and setting up alert systems for failing tests also help maintain test integrity.

Effective communication is crucial, so I schedule regular meetings to discuss progress and gather feedback. I utilize collaborative tools for documentation and project management, which ensures transparency. Additionally, I invite input from various stakeholders early in the testing process to align objectives and expectations.

Prioritizing involves assessing the criticality of features and their impact on business objectives. I take into account factors like user needs, project deadlines, and potential risks associated with software errors. This allows me to create an efficient testing schedule that focuses on high-priority areas first.

What I enjoy most is the blend of technical challenge and creativity involved in testing software. Solving complex problems and implementing innovative solutions not only enhances my skills but also contributes to the team's success and helps in delivering high-quality products that users love.

I regularly follow industry blogs, attend webinars, and participate in forums to keep up-to-date with emerging trends and technologies in the software testing landscape. Continuous learning is key for me, and I often experiment with new tools and methodologies to see what could enhance my current practices.

For effective debugging, I combine various techniques, such as isolating the code to identify the root cause of issues, using logs for detailed analysis, and employing debugging tools to trace workflows. This holistic approach helps me quickly find and resolve bugs, ensuring a smoother testing process.