Software Quality Engineer - job 2 of 3

As a Software Quality Engineer at impact.com, your main responsibilities include executing hands-on software testing, certifying the quality of both new and modified functionalities, and contributing to a strong culture of quality within the team. You'll analyze project requirements, develop detailed test plans, and monitor system health to ensure our platform meets the highest standards before rollout.

Candidates for the Software Quality Engineer position at impact.com should have at least three years of experience in software testing and two years of test automation experience. A solid understanding of testing theory, Agile methodologies, and the software development lifecycle (SDLC) is essential, along with strong communication skills and the ability to quickly learn new systems.

As a Software Quality Engineer at impact.com, you'll work with various testing frameworks for automation, gain exposure to innovative partnership automation products, and manage complex software systems within our extensive platform. Familiarity with programming languages and test management tools will also be beneficial.

At impact.com, we prioritize training and development to ensure our Software Quality Engineers are equipped with the latest knowledge in partnership automation. Employees can expect to participate in continuous learning opportunities, tailored training sessions, and mentorship programs designed to facilitate professional growth.

impact.com fosters a hybrid and casual work environment, allowing Software Quality Engineers to balance work and life effectively. Our responsible PTO policy emphasizes taking the necessary time off to refresh and recharge, promoting overall well-being alongside fulfilling work.

When developing test plans, I start by thoroughly analyzing requirements and identifying key functionalities that need validation. I then collaborate with cross-functional teams to gather insights and define the scope of tests, ensuring comprehensive coverage and aligning with project timelines.

I've worked extensively with various test automation frameworks, such as Selenium and JUnit, creating test scripts that enhance efficiency. I focus on writing maintainable, reusable automated tests while continuously updating them based on changing software specifications.

I employ a systematic approach to defect reporting, utilizing tools like JIRA to document issues with detailed descriptions, screenshots, and reproduction steps. This enables effective tracking and prioritization, ensuring critical bugs are addressed promptly.

I advocate for open communication and collaboration, sharing best practices and encouraging team members to actively participate in the testing process. I also promote ongoing training and knowledge-sharing, fostering a culture where quality is everyone’s responsibility.

While working under tight deadlines, I prioritize tasks based on impact and risk, and I ensure clear communication with team members regarding expectations. Implementing automation for repetitive tests is also essential, allowing me to allocate more time to critical areas without sacrificing quality.

I have significant experience working in Agile environments, participating in sprint planning, daily stand-ups, and retrospectives. This allows me to adapt quickly to changing priorities and ensures that testing is integrated throughout the development cycle.

Certainly! One challenging bug involved a memory leak that appeared intermittently under heavy load conditions. By leveraging profiling tools and conducting stress tests, I managed to pinpoint the source. Documenting my findings and working closely with the development team allowed us to resolve the issue effectively.

I actively engage in online communities and attend webinars, workshops, and conferences that focus on the latest trends in software testing. Additionally, I follow influential blogs and participate in relevant certification courses to enhance my skills continually.

I review customer feedback systematically, categorizing it to discern patterns and identify areas of improvement. This information informs my testing process, ensuring that high-impact features meet user expectations and contribute to overall customer satisfaction.

Balancing manual and automated testing is crucial. I assess project requirements and prioritize automation for repetitive and high-risk areas while reserving manual testing for exploratory and complex scenarios to ensure thorough coverage and optimal quality.