Test Engineer

A Test Engineer at iyzico focuses on creating and implementing testing strategies that support software requirements. They automate testing processes, develop detailed test plans, and collaborate with developers to ensure a seamless experience for users. The role demands proficiency in QA methodologies, programming skills, and an understanding of testing frameworks.

To apply for the Test Engineer role at iyzico, candidates should possess a Bachelor’s degree in Computer Science or related fields, with a minimum of three years of software testing experience. Good knowledge of QA methodologies, automated testing frameworks, and programming languages is essential for this role.

At iyzico, Test Engineers should have experience with various automated testing tools like Selenium WebDriver and Appium, and programming languages including Java and Kotlin. Familiarity with CI/CD tools, Linux, and basic RDBMS skills will also benefit candidates significantly.

iyzico prioritizes continuous development for its Test Engineers by offering access to online training platforms like Udemy and hosting in-house events. This culture encourages professionals to keep their skills updated and share expertise with the community.

The working culture at iyzico is flexible and focused on responsibility and collaboration. Test Engineers are encouraged to communicate openly with their teams and have a structured orientation program to fully integrate them into iyzico's innovative culture.

Test Engineers at iyzico enjoy a range of benefits including a meal and internet allowance, transportation support, and access to professional development resources. They also receive private health insurance and an employee support program for personal well-being.

At iyzico, Test Engineers are expected to be strong team players who value feedback and work collaboratively with developers and other team members to enhance the overall quality of software products and improve efficiency in the testing process.

When creating a test plan, start by understanding the project requirements and objectives. Identify the testing scope, resources needed, and define clear test cases and strategies. Additionally, prioritize your testing activities based on project timelines to ensure all functionalities are thoroughly tested.

It's essential to list your experience with different automated testing tools like Selenium WebDriver and Appium. Explain how you have used these tools to enhance testing efficiency, and share specific examples of projects where you implemented automation effectively.

Discuss your familiarity with API testing tools such as Postman and SoapUI. Describe a scenario where you tested an API to ensure it integrated well with the application, highlighting the importance of both functional and non-functional testing approaches.

When troubleshooting a failed test case, I first reproduce the error to understand its nature. Next, I analyze the related code, logs, and test conditions. Collaborating with developers can be helpful to identify the root cause, ensuring efficient problem resolution.

Continuous integration (CI) plays a crucial role in testing by allowing earlier detection of integration issues. It helps streamline the testing process, as each code change is automatically tested, allowing teams to deliver high-quality software more rapidly.

Prioritizing testing tasks involves assessing the project's urgency, risk areas, and complexity of functionalities. I typically focus on critical functionalities first, ensuring high-risk areas are thoroughly tested while balancing time constraints with thoroughness.

Share a specific challenge you faced during a testing project. Explain the context, the actions you took to address the issues, and the result. Highlight your problem-solving skills and ability to work under pressure.

If you have experience with performance testing, discuss the tools you've used, like JMeter or Gatling. Describe a specific performance testing project, detailing how you conducted the tests, interpreted the results, and made recommendations based on findings.

I stay current by regularly attending conferences, participating in online courses, and engaging with professional communities. Following industry leaders on social media and reading articles also helps me update my knowledge on emerging trends in software testing.

Handling disagreements requires open communication and a collaborative mindset. I strive to discuss the data and analysis with my team transparently, looking for common ground and ensuring that the focus stays on the project's quality and success.