Intermediate Software Testing Engineer - Octopus (6 Months Contract)

As an Intermediate Software Testing Engineer at Octopus, your responsibilities will encompass developing and maintaining automated test scripts using tools like Selenium, executing test cases, and analyzing results. You'll also design performance test plans with tools such as LoadRunner and JMeter, while working collaboratively with development and QA teams to enhance testing processes. Maintaining comprehensive documentation of your work is vital to ensure clarity and accountability in our testing efforts.

To qualify for the Intermediate Software Testing Engineer position at Octopus, you should have at least 4+ years of experience in both automation and manual testing. Familiarity with testing tools like Selenium, QTP, LoadRunner, and JMeter is essential, along with a solid understanding of CI/CD practices. Your ability to collaborate effectively with cross-functional teams and your commitment to continuous improvement will also play a crucial role in your success.

At Octopus, we provide a supportive work environment for our Intermediate Software Testing Engineers by offering social and medical insurance as well as a competitive salary in USD. We believe in fostering a culture of collaboration and continuous improvement, where employees are encouraged to share insights, participate in code reviews, and elevate our testing practices.

Intermediate Software Testing Engineers at Octopus utilize a variety of tools to ensure high-quality testing practices. Commonly used tools include Selenium and QTP for automated testing, and LoadRunner, JMeter, or Gatling for performance testing. Additionally, familiarity with CI/CD tools like Jenkins or GitLab is essential for integrating automated tests into deployment pipelines.

The work culture at Octopus is vibrant and collaborative, with a strong emphasis on teamwork and communication. As an Intermediate Software Testing Engineer, you'll be part of a pioneering group that values feedback and continuous improvement. The team is dedicated to embracing AI advancements while allowing flexibility and support in achieving both personal and professional goals.

When addressing your experience with automated testing tools, provide specific examples of the projects where you utilized tools like Selenium or QTP. Discuss how you developed and executed test scripts, your approach to maintaining frameworks, and any challenges you faced in implementing automated tests.

For performance testing, discuss your strategies for designing effective test plans. Mention how you use tools like LoadRunner or JMeter to simulate different load scenarios, as well as how you analyze test results to identify performance bottlenecks and suggest improvements.

Explain your approach to prioritization by discussing your methods for assessing urgency and impact. You can provide examples of tools or techniques you use, such as Kanban boards or JIRA, to visualize tasks, set deadlines, and communicate effectively with team members.

Share a specific incident where you discovered a critical bug, detailing your testing process leading to the discovery. Discuss the steps you took to document the bug, collaborate with the development team for resolution, and ensure it did not go into production.

Address how you ensure maintainability by discussing practices such as writing clean and reusable code, incorporating proper documentation, and performing regular code reviews. Share examples of how you’ve structured test cases for easy updates and enhancements.

Explain that documentation is crucial for transparency and communication among team members. Talk about how you maintain comprehensive records of test cases, results, and any defects encountered, as well as how this plays a role in continuous improvement cycles.

Discuss your belief in fostering strong collaboration with developers, emphasizing open communication and regular updates. Mention how you work together during the testing phase to ensure that issues are quickly addressed and that both teams understand the testing requirements.

Share your methods for staying informed about the latest trends in testing tools and technologies. Mention resources like webinars, online courses, tech forums, and industry conferences, showcasing your commitment to continuous learning in the field.

When asked about your experience with both manual and automated testing, highlight the balance between the two methods. Discuss scenarios where you employed manual testing for exploratory purposes, alongside automated tests for regression testing, showcasing your versatility.

Discuss the key performance indicators you track to assess testing effectiveness, such as defect density, test case pass rate, and code coverage. Explain how you analyze these metrics to guide improvements in both your testing strategies and software quality.