QA Engineer

As a QA Engineer at Fourth, your primary responsibilities will include developing automation tests in C# with Selenium and SpecFlow, executing manual tests when required, and creating comprehensive test plans and suites. Additionally, you'll be responsible for analyzing test results and reporting them to ensure our cloud-based solutions maintain the highest standards of quality.

To excel as a QA Engineer at Fourth, you need a passion for quality and a meticulous attention to detail. We're looking for candidates with at least 2 years of automated testing experience, solid manual testing skills, and proficiency in C# coding. Familiarity with tools like Jenkins, Git, and Azure Dev Ops, as well as experience in performance testing, is a plus.

As a QA Engineer at Fourth, you'll enjoy numerous benefits, including 25+ days of vacation, a comfy hybrid work environment, and a family-friendly bonus scheme for new parents. We champion a healthy work-life balance, provide supplemental health insurance, and ensure a team-oriented culture where support and collaboration thrive.

At Fourth, a successful QA Engineer should have experience with automation tools like Selenium Web Driver and SpecFlow or Cucumber. Familiarity with CI/CD pipelines using Jenkins and Git, alongside coding skills in C#, is essential. Experience with Azure Dev Ops and knowledge in performance testing will give you an edge.

Yes, as a QA Engineer at Fourth, executing manual tests will be part of your responsibilities when needed. While automation is a focus area, being well-versed in manual testing is crucial for ensuring our software meets quality benchmarks across all platforms.

When creating an automated test suite, start by analyzing the feature requirements thoroughly. Break down the functionality into smaller testable components, and draft test cases that cover edge scenarios as well. Choose the right tools, like Selenium with SpecFlow for web applications, and ensure your code is maintainable and scalable.

My experience with C# in automated testing involves writing clean and efficient code to develop automated tests. I've utilized C# with frameworks such as NUnit and integrations with Selenium WebDriver to expedite testing processes while maintaining high quality. I focus on structuring tests to make them easy to read and maintain.

I have experience using performance testing tools such as JMeter and LoadRunner. In previous roles, I conducted load tests to identify bottlenecks and ensure our applications could handle high user volumes, which is critical for maintaining smooth user experiences in cloud-based SaaS.

Prioritizing testing tasks involves understanding the project timeline, feature significance, and risks associated with the features. I typically work with product owners and developers to assess which functionalities are critical for immediate testing while ensuring comprehensive coverage for important areas.

Upon encountering a bug, I first replicate the issue to confirm it’s consistent. Then, I document it in detail with steps to reproduce, screenshots, and logs before reporting it in our tracking system. Collaboration with the development team is key, as we work together to prioritize and resolve the bug efficiently.

Staying updated in quality assurance involves regularly reading industry blogs, attending webinars, and following thought leaders in QA on social media. I also participate in online forums and testing communities, which provide insights into emerging tools and best practices that can improve our testing methodologies.

To ensure maintainability, I emphasize clear naming conventions and modular design in my tests, which makes it easier for others (and myself) to understand and modify them in the future. I also perform regular code reviews and refactor tests to eliminate redundancy and improve efficiency.

I once faced a situation where a system update led to several previously passed tests failing due to unexpected interactions. I collaborated closely with developers to debug the integrations, re-evaluated the test cases for relevance, and implemented changes based on my findings to enhance both future test coverage and system stability.

I am familiar with various testing methodologies including Agile, Waterfall, and V-Model approaches. In my current role, I've primarily operated in Agile environments where I collaborate closely with cross-functional teams, enabling quick feedback loops and iterative testing.

Communication is paramount in my role as a QA Engineer. It helps in clarifying requirements, sharing testing progress, and discussing issues with cross-functional teams. I actively participate in daily stand-ups and retrospectives to ensure that everyone is aligned and that concerns are addressed promptly.