TSSCI w/Poly Software Tester

The TSSCI w/Poly Software Tester at Leading Path plays a vital role in ensuring software applications meet specified requirements and function correctly prior to deployment. This position involves designing, executing, and automating testing processes to identify defects while collaborating with development teams to enhance software quality.

To qualify for the TSSCI w/Poly Software Tester role at Leading Path, candidates should have a Bachelor’s Degree in Computer Science or a related field, along with at least 3 years of software testing experience, particularly focusing on functional, integration, and regression testing methodologies.

Key responsibilities for the TSSCI w/Poly Software Tester at Leading Path include developing and maintaining test plans, conducting both manual and automated testing, collaborating with development teams to troubleshoot issues, and participating in agile meetings to align testing goals with development objectives.

Leading Path offers a professional work environment with a strong emphasis on work-life balance. The company fosters a collaborative atmosphere, where team members are encouraged to engage in regular team events and continuous professional development.

Leading Path provides a comprehensive benefits package for the TSSCI w/Poly Software Tester which includes Medical, Dental, and Vision coverage, a 401K plan, paid time off, paid holidays, tuition reimbursement, annual training opportunities, and more, ensuring employees feel valued and supported.

Candidates applying for the TSSCI w/Poly Software Tester role should be proficient in both manual and automated testing methodologies, with a keen understanding of functional, integration, regression, performance, and load testing, in addition to familiarity with CI/CD pipelines for integration testing.

Experience with Agile methodologies is crucial for the TSSCI w/Poly Software Tester position at Leading Path. As the role involves active participation in Agile/Scrum teams, understanding Agile principles allows for effective collaboration and alignment with development teams during sprint planning and retrospectives.

During the interview, highlight specific automated testing tools you have used, such as Selenium or JUnit. Discuss your experience in creating and executing automated test scripts and how this enhanced the testing process, improved efficiency, and decreased the number of manual testing tasks.

To ensure quality, I implement comprehensive test plans that cover all aspects of the application. I advocate for both manual and automated testing, conducting thorough regression tests after every significant change, and collaborating with the development team to resolve issues effectively.

When I find a defect, I first document it in detail, including replication steps and environment specifications. Next, I communicate the issue to the development team, providing insights on the severity and potential impact while maintaining clear documentation for tracking.

In my previous roles, I've actively participated in Agile ceremonies, such as sprint planning and retrospectives. I communicate frequently with team members and adapt testing strategies based on evolving project requirements, ensuring delivery aligns with sprint goals.

I find that a combination of black-box and white-box testing techniques is most effective. This approach allows me to verify user requirements while also ensuring that all code paths are assessed, leading to a well-rounded evaluation of the application’s functionality.

I prioritize testing tasks based on risk assessment and project timelines. High-risk areas that significantly impact user experience receive immediate attention, while I make sure to balance those alongside the timeline to ensure all features are adequately tested before release.

In one challenging scenario, I encountered a critical defect late in the testing phase. I quickly collaborated with the engineering team to understand the underlying issue, developed a temporary workaround, and documented the defect thoroughly for future reviews while ensuring that other testing activities remained on track.

I prefer using tools like JIRA and Confluence for test management because they facilitate effective communication between teams and provide excellent tracking capabilities. These tools allow me to document test cases, log defects, and monitor progress seamlessly throughout the project lifecycle.

I stay up-to-date with new testing trends and technologies by attending webinars, participating in online forums, and regularly reading industry publications. Continuous learning helps me integrate new methodologies into my work to enhance testing efficiency and effectiveness.

In my previous role, I implemented a standardized testing framework that improved our automation efforts. This led to faster test execution, better coverage, and reduced manual errors, significantly contributing to the overall efficiency of our testing process.