Software Engineer in Test (SET / SDET)

As a Software Engineer in Test (SET/SDET) at ShopBack, your primary responsibilities include developing automated testing frameworks, managing manual test processes, and ensuring the quality of software applications through detailed evaluations of product requirements and testing strategies. You'll be engaged in creating test cases and improving our CI/CD pipeline to allow for continuous testing and quicker feedback loops. Collaborating closely with developers, product managers, and QA teams will be essential to guarantee that our software meets the highest quality standards.

To qualify for the Software Engineer in Test (SET/SDET) role at ShopBack, candidates should hold a Bachelor’s or Master’s degree in Computer Science, Software Engineering, or a related field. Additionally, you should have over 3 years of experience in similar roles and be proficient in modern programming languages like Java, Python, or JavaScript. Familiarity with automation tools—including Selenium, Appium, and Jenkins—and a good grasp of CI/CD practices is also essential for success in this position.

At ShopBack, Software Engineers in Test (SET/SDET) utilize a variety of automation tools to ensure our products meet quality standards. These tools include Selenium for web application testing, Appium for mobile applications, and frameworks like JUnit and Cypress. Knowledge of continuous integration tools like Jenkins is crucial, along with experience in test automation frameworks that integrate seamlessly into our development pipelines.

Yes, mobile testing is a key aspect of the responsibilities of a Software Engineer in Test (SET/SDET) at ShopBack. You’ll be tasked with testing both iOS and Android applications to ensure that our platform operates seamlessly across mobile devices. Experience in mobile application testing is highly preferred as it aligns with our focus on delivering a high-quality experience for all users, regardless of the device they are using.

The work culture at ShopBack for a Software Engineer in Test (SET/SDET) is built on collaboration, open communication, and mutual growth. We emphasize a candid and supportive environment where feedback is actively sought and valued. As part of our diverse and inclusive team, you can expect to take on significant challenges that align with your career ambitions while contributing to impactful projects that redefine shopping experiences for our users.

When crafting an automated test strategy, first assess the critical aspects of the product by collaborating with stakeholders to understand requirements. Then, define clear test objectives and determine which types of tests—unit, integration, or end-to-end—will best suit the project. Establish a systematic approach to select appropriate tools and frameworks before outlining a deployment plan into the CI/CD pipeline. Always keep test maintenance and scalability in mind for efficient future updates.

Debugging failed tests starts with a methodical approach. First, I would review the test logs and output to identify any error messages. This might involve reproducing the issue with manual checks to compare behaviors. Use breakpoints and debugging tools to trace the code flow, and assess any external dependencies that might be affecting the behavior. Documenting findings helps prevent similar issues in the future and facilitates a quicker resolution.

To ensure test coverage, I begin by mapping out all functional requirements and identifying critical paths within the application. Next, I prioritize areas that have the highest impact on user experience and business goals. By utilizing code coverage tools and regularly reviewing the results, I can identify gaps in testing. Collaborating with team members to enhance test case designs further optimizes our coverage and improves product reliability.

In my previous roles, I’ve had substantial experience with CI/CD practices. I’ve integrated automated tests into our existing pipelines using tools like Jenkins, which has enabled us to facilitate continuous testing and ensure faster feedback loops. I've collaborated with developers to ensure that tests run seamlessly during builds, reducing deployment times while maintaining high-quality standards. This practice has significantly improved our product release cycles and overall software quality.

My collaboration process with cross-functional teams hinges on open communication and mutual respect. I schedule regular check-ins with team members to discuss project updates, challenges, and solutions. Utilizing collaboration tools helps keep everyone aligned. I believe in sharing feedback proactively and encouraging a team-oriented mindset that empowers us to learn from each other. By understanding different perspectives, we can create more holistic solutions.

In my experience, one of the challenges in test automation has been managing flaky tests that yield inconsistent results. To overcome this, I meticulously analyze the flaky tests and identify their root causes—whether they relate to environmental issues or application instability. I’ve also implemented retries and enhanced logging to improve reliability. This iterative approach enabled me to refine tests and ultimately build a more stable testing environment.

I manage test validations and data generation by first defining the varying scenarios that need to be tested. I often use scripting to automate data generation, ensuring that it covers edge cases as well as typical user behaviors. For validations, I work closely with the team to determine what outcomes and metrics matter most. Utilizing mock databases and data simulation tools also improves efficiency during tests while maintaining the integrity of the data.

My approach to performance testing begins with understanding the expected load and user behavior for the application. I define key performance indicators (KPIs) and select appropriate tools like JMeter or LoadRunner to simulate traffic. I execute various test scenarios to assess how the application responds under different loads, followed by thorough analysis and reporting of the results. This data-driven approach helps the team prioritize enhancements to maintain an optimal user experience.

Staying current with the latest testing tools and technologies is integral to my role. I regularly participate in webinars, workshops, and online courses tailored to test automation and quality assurance. Following industry blogs, joining relevant online communities, and attending conferences help me learn from the experiences and insights of other professionals in the field. This continuous learning process enhances my skills and equips me to make data-driven decisions.

The most critical aspect of quality software development, in my view, is fostering a strong testing culture within the team. It’s essential for everyone, from developers to product managers, to understand the importance of quality assurance. Promoting collaboration, proactively addressing potential issues, and encouraging a mindset of continuous improvement can significantly enhance the quality of the final product. Ultimately, investing in quality right from the early stages of development pays off in delivering reliable software.