Senior Automation Test engineer

The Senior Automation Test Engineer at KMS Technology is responsible for designing, developing, and executing automated test scripts for various applications, collaborating closely with QA and development teams, and maintaining robust automation frameworks. This role emphasizes continuous improvement in automation processes and integration with CI/CD pipelines.

To be considered for the Senior Automation Test Engineer position at KMS Technology, candidates should have proven experience with automation frameworks such as Cypress or Playwright, proficiency in programming languages like Java or JavaScript, and familiarity with CI/CD integration using tools like Jenkins. Strong analytical skills and a focus on improving test automation practices are also essential.

At KMS Technology, the working environment for a Senior Automation Test Engineer is dynamic and collaborative. We encourage innovation and provide opportunities for career growth while maintaining a balance between remote work and occasional office presence, allowing teams in Guadalajara to thrive and contribute meaningfully.

A Senior Automation Test Engineer at KMS Technology should be proficient in programming and scripting languages such as Java, Groovy, or JavaScript. This expertise aids in automating web, mobile, and API tests and contributes to effective test framework development.

Preferred tools for the Senior Automation Test Engineer role at KMS Technology include Katalon Studio, Selenium, and performance/load testing tools, along with practices such as implementing test design patterns like Page Object Model and ensuring best practices to prevent brittle tests.

Test automation plays a crucial role in software development by improving the efficiency and coverage of testing processes. It allows for rapid execution of tests, provides consistent results, and supports continuous integration and delivery efforts, enabling quicker identification of defects.

I have worked with various automation frameworks, including Cypress and Selenium. I prefer Cypress for its user-friendly interface and real-time reloading features, which enhance the development experience. Selecting the right framework often depends on project requirements, maintainability, and team expertise.

To handle flaky tests, I focus on identifying the root causes, such as unstable DOM elements or external dependencies. Implementing techniques like adaptive waits, retry logic, and regular reviews helps ensure test reliability. Additionally, adjusting the test's design to account for dynamic behaviors is crucial.

In my previous role, I integrated automated tests into our CI/CD pipeline using tools like Jenkins. This involved setting up jobs to trigger tests on code commits and ensuring that results were easily accessible to the team, enabling us to catch issues early in the development cycle.

To maintain test automation frameworks, I focus on adhering to best practices like modular design, regular refactoring, and clear documentation. Additionally, I establish a schedule for reviewing tests to ensure they remain relevant and aligned with application changes.

I stay updated on trends and tools by attending industry conferences, participating in webinars, engaging with online communities, and following thought leaders in the testing space. Continuous learning helps me to apply the latest methodologies and tools effectively.

One challenging bug involved intermittent test failures caused by server response times. After analyzing logs, I identified it as a timing issue and implemented wait strategies to ensure elements were available before actions were performed, resulting in a more stable test suite.

My approach to test data management in automation involves creating dynamic test data generation methods that adapt to various scenarios. This ensures that tests run with the necessary data context and improves the overall robustness and flexibility of the automation suite.

I prioritize test cases for automation by evaluating factors like frequency of use, historical failure rates, and business criticality. High-impact tests or those that run frequently in the development cycle typically receive higher priority for automation.

For those starting in automation testing, I recommend mastering the fundamentals of programming and understanding the software development life cycle. Building hands-on experience with different automation tools and frameworks, combined with learning best practices, will set a strong foundation for success.