Software Engineer - Test Engineering (Hybrid/Onsite) - job 17 of 27

As a Software Engineer - Test Engineering at our company, your key responsibilities will include collaborating on testing strategies, developing and executing test plans and scripts, as well as enhancing our automated test frameworks. You'll work hand-in-hand with the Risk Systems product development and operations teams to maintain software quality and facilitate smooth code releases. Additionally, you'll engage in debugging and resolving design issues while conducting hands-on testing on both Linux and Windows platforms.

To successfully apply for the Software Engineer - Test Engineering role at our company, candidates should have a solid background in software engineering with a focus on test automation. Experience in creating test plans and executing testing strategies is essential. A degree in Computer Science or a related field, along with hands-on experience in test automation tooling and proficiency in Linux and Windows environments, will greatly enhance your application.

In the Software Engineer - Test Engineering role, the hybrid work model allows for a flexible work environment where you can effectively collaborate with your team. While you will have the ability to work from home, certain days will require you to be in the office to foster communication and teamwork. The specific days will be outlined by your hiring manager, ensuring you have a balanced approach to work in a supportive environment.

In your role as a Software Engineer - Test Engineering, you will be involved in a variety of testing methodologies, including both manual and automated testing. You will execute a full suite of tests and develop enhanced testing frameworks for different test types. This multifaceted approach not only ensures that software quality remains high but also allows for innovative testing practices that improve overall system performance.

A typical day for a Software Engineer - Test Engineering may start with a stand-up meeting to discuss progress and challenges with team members. You might then dive into developing test plans, executing tests on our applications, or collaborating with developers to analyze issues that arise during testing. Additionally, you will have opportunities to enhance automated testing frameworks and resolve design issues with the team, all while maintaining a fun yet productive work atmosphere.

When developing a test strategy for a new application, I start by understanding the application’s functionalities and user requirements. I analyze potential risks and devise a comprehensive approach that combines both manual and automated testing techniques. Engaging with the development team helps in pinpointing critical areas requiring thorough testing, ensuring a robust strategy.

I have extensive experience with various automated testing tools such as Selenium, JUnit, and TestNG. I have used these tools to create, execute, and maintain automated test scripts, which significantly enhance testing efficiency and accuracy. Leveraging automation has allowed me to focus on more complex testing scenarios while ensuring consistent quality.

When a new bug is identified right before release, I prioritize it based on its severity and impact on the application. I communicate promptly with the development team to determine possible fixes and re-evaluate the release timeline if necessary. My experience has taught me that clear communication and teamwork are critical during these high-pressure situations.

I typically adopt a behavior-driven development (BDD) approach when writing test cases, which allows for clear, understandable requirements. I focus on writing test cases that cover positive and negative scenarios, ensuring thorough testing of all functionalities. This method not only streamlines the testing process but also promotes collaboration with stakeholders.

To ensure adequate test coverage, I employ a combination of requirement analysis and risk assessment. I map out all functionalities and corresponding test cases to confirm that all features are accounted for. Additionally, I perform regular reviews and gather feedback from my peers to identify any gaps in the coverage that need addressing.

I once encountered a scenario where changes introduced significant regressions in application performance. To address this, I collaborated closely with the development team to isolate the changes and recreate the issue. After identifying the root cause, I developed targeted tests to ensure that similar problems would not recur, ultimately improving the application’s stability.

Collaboration is vital in my testing processes. I actively engage with developers, product owners, and other stakeholders throughout the development lifecycle to ensure alignment on expectations. This collaborative approach helps in identifying potential issues early on and fosters a culture of shared responsibility for software quality.

To stay current in the ever-evolving field of testing, I regularly participate in webinars, workshops, and online courses. I also follow industry blogs and forums to learn about new testing tools, methodologies, and best practices. Engaging with the software testing community has been immensely beneficial for expanding my knowledge base.

The key to successful test automation lies in carefully selecting the right tests to automate, ensuring those tests are stable and maintainable. Additionally, adopting a consistent framework and keeping the test scripts organized and documented play a crucial role. Regularly reviewing and updating automated tests in line with application changes is equally important to maintain their effectiveness.

Black-box testing focuses on verifying the outputs based on given inputs without knowledge of the internal workings, making it user-centric. On the other hand, white-box testing involves understanding the internal code structure and logic, allowing for thorough testing of internal functionalities. Both approaches are essential, as they help unearth different types of issues in software.