Software Engineer - Test Engineering (Hybrid/Onsite) - job 15 of 27

As a Software Engineer - Test Engineering at our company, you'll be responsible for executing testing strategies, creating and enhancing automated test frameworks, and collaborating closely with other teams. You will also prepare and report on comprehensive testing suites, which include both manual and automated tests, ensuring high software quality and facilitating smooth code releases.

To be successful as a Software Engineer - Test Engineering, candidates should have a strong background in software development and testing principles, along with experience in test automation. Familiarity with Linux and Windows platforms is essential. Candidates should also possess excellent problem-solving skills, attention to detail, and the ability to work collaboratively in a hybrid team environment.

The hybrid work model for the Software Engineer - Test Engineering role allows flexibility between remote work and in-office days. The specific expectations for office days will be confirmed by your hiring manager. This model enhances work-life balance while ensuring effective collaboration with your team.

As a Software Engineer - Test Engineering, you'll work on critical projects involving Risk Services applications such as Risk Message Processor and Issuer Fraud Detection. Your primary focus will be ensuring these applications are robust and capable of detecting and preventing fraud through your testing efforts.

The team environment for a Software Engineer - Test Engineering is collaborative and supportive. You'll work closely with product development, support teams, and other test engineers, fostering a culture of teamwork and continuous learning as you share technical knowledge and best practices.

When answering this question, share specific projects where you developed or enhanced automated test frameworks. Highlight the tools and technologies you utilized, and discuss how your contributions led to improved testing efficiency and software quality.

To answer this, choose an example that highlights your problem-solving skills. Discuss the steps you took to analyze, debug, and resolve the issue, and emphasize the importance of collaboration with your team in finding a solution.

In your response, outline your approach to determining when to use manual tests and when to automate. Discuss the benefits of both methods and how combining them can lead to comprehensive testing coverage.

Share specific tools that you are familiar with, such as JIRA, TestRail, or similar platforms. Explain how you used these tools to manage test cases, track results, and communicate with your team effectively.

Discuss your philosophy on quality assurance, including the importance of developing thorough test plans, collaborating closely with developers, and continuously learning from past testing experiences to refine processes.

Share a specific experience where you collaborated with other departments, such as development or operations. Highlight how you communicated effectively and contributed to team success by understanding different perspectives and objectives.

Emphasize your commitment to continuous learning. Mention resources you use, such as online courses, workshops, or reading relevant literature, and explain how you apply new knowledge to improve your testing processes.

List specific frameworks you have experience with, such as Selenium, JUnit, or TestNG. Briefly explain how you've utilized these frameworks in your testing projects to achieve maximum efficiency and effectiveness.

Detail your approach to establishing a testing strategy, including research into requirements, risk assessments, and the initial steps you take to develop test plans that align with project goals.

Share strategies that you employ to manage your time effectively, prioritize tasks, and maintain focus under pressure. Discuss experiences where you successfully navigated tight deadlines while ensuring quality outcomes.