Quality Engineer (Automation/Test) (Toronto, Hybrid)

As a Quality Engineer (Automation/Test) at XYZ Tech, you will be responsible for creating test cases, automation scripts, and traceability matrices based on the system requirements. You'll also maintain the automation toolset and manage test data sets for validation purposes. Participation in all testing phases is a key part of the role, along with regular engagement with the Practice Lead/QE Manager for guidance and feedback.

To apply for the Quality Engineer (Automation/Test) position at XYZ Tech, you should have 4 to 8 years of experience in quality engineering, ideally with exposure to the Investment Banking domain. Proficiency in automation tools and programming languages such as JAVA and Python, along with knowledge of SQL and CI/CD practices, is essential for success in this role.

At XYZ Tech, we are committed to continuous learning and professional development. As a Quality Engineer (Automation/Test), you'll have access to various training programs, resources for upskilling in new technologies like Cloud and AI, and opportunities to attend workshops and conferences to enhance your knowledge and capabilities.

In the Quality Engineer (Automation/Test) role at XYZ Tech, you will work with a variety of tools including JIRA for test case management, defect management, and reporting. You will also utilize automation testing tools like Selenium and Tricentis TOSCA, along with CI/CD tools such as Jenkins or GitHub Actions to streamline our testing processes.

XYZ Tech offers a hybrid work environment that blends the flexibility of remote work with the benefits of in-office collaboration in Toronto. As a Quality Engineer (Automation/Test), you will join a dynamic team that values innovation, creativity, and teamwork, ensuring that you have the support and resources needed to succeed in your role.

In my previous roles, I utilized various automation testing tools like Selenium and Tricentis TOSCA to develop and execute test cases. I focused on creating efficient automation scripts that improved our release cycles and decreased time to market. I also emphasized integrating automated tests within CI/CD pipelines using Jenkins, which allowed for seamless integration and deployment.

When creating test cases for new functionalities, I start by thoroughly reviewing the business and system requirements. I collaborate with stakeholders to clearly understand the expected outcomes, and then I draft test cases that cover positive and negative scenarios. I prioritize high-risk areas and ensure traceability to the requirements, which helps maintain clarity and purpose in my testing.

Behavior Driven Development (BDD) emphasizes collaboration between developers, testers, and business stakeholders to produce shared understanding of requirements. In past projects, I've used BDD frameworks like Cucumber to create executable specifications, which improved communication among team members and reduced misunderstandings during the development process.

In a previous project, I discovered a critical defect during regression testing that could have led to major issues post-release. Upon identifying it, I immediately documented the defect with detailed steps to reproduce and updated the team during our daily stand-up. I also collaborated closely with the development team to ensure the defect was resolved prior to our scheduled release, ultimately ensuring a successful launch.

One challenge I've encountered in automation testing is flaky tests, which can lead to false positives and wasted time. To tackle this, I analyzed the tests for instability and worked on identifying root causes, whether they were due to timing issues or environmental factors. I revised the tests to make them more robust and reliable, and now we invest time in maintaining our test environments to minimize such issues.

Effective communication is key to any successful project. I ensure clear and concise communication by participating regularly in team meetings and stand-ups. I also document our testing processes and any findings in a shared knowledge base to keep everyone informed. Utilizing tools like JIRA allows us to streamline our interactions and keep track of progress in a transparent manner.

I am most comfortable with JAVA and Python for test automation. Each language has its strengths, and I leverage them depending on project requirements. For instance, I use Java for robust framework development and Python for its ease of use in scripting and quick test development, ensuring flexibility in my testing approach.

I stay updated on the latest trends and technologies in quality engineering by following industry blogs, participating in webinars, and being active in online forums and communities. Additionally, I enroll in courses that cover emerging technologies such as Machine Learning and RPA, and I regularly engage with peers to share insights and best practices.

Yes, I have extensive experience working in Agile environments. I appreciate the collaborative nature of Agile processes, where continuous feedback loops with stakeholders help improve the product incrementally. My role as a Quality Engineer involved active participation in sprint planning and retrospectives, where I could voice quality considerations and adjust testing strategies based on team input.

I am familiar with several testing tools, including JIRA for test management, Selenium for automation, and various CI/CD tools like Jenkins. Each tool has played a critical role in enhancing our testing efficiency. For example, JIRA has helped streamline our task tracking, while Selenium allows for high-quality test automation, enabling faster release cycles and improved software quality.