Developer in Test II - Accounting, IS Operational Experience

As a Developer in Test II at Expeditors, your main responsibilities include designing, developing, and maintaining complex automation and custom test frameworks. You will collaborate with the Quality Assurance team to establish effective automation test strategies and execute quality assurance tasks such as test planning and feature testing. Your role will be pivotal in shaping the quality and functionality of our unique business applications.

To qualify for the Developer in Test II position at Expeditors, candidates should have at least 3 years of experience in object-oriented programming and a technical quality assurance role. Proficiency in scripting, experience with databases and web application frameworks, and the ability to develop test automation frameworks from scratch are essential. A Bachelor’s degree in computer science or equivalent experience is desired.

A Developer in Test II at Expeditors should be proficient in at least one object-oriented programming language, ideally Java. Familiarity with additional scripting languages and technologies like SQL, Docker, and Kafka is also beneficial. Understanding common industry testing tools like Selenium and IntelliJ is highly recommended for this role.

The work environment for a Developer in Test II at Expeditors is professional yet friendly, fostering collaboration and innovation. The position requires on-site presence in various locations around Seattle, ensuring team synergy. You'll collaborate with talented professionals who are dedicated to quality and customer service, allowing you to grow and develop your skills within a supportive framework.

Expeditors offers a robust benefits package for a Developer in Test II, which includes paid vacation, sick leave, flexible days, a 401(k) retirement plan with employer match, and an Employee Stock Purchase Plan. Additional perks include medical, dental, and vision coverage, life insurance, paid parental leave, and a professional development program to enhance your skills.

When answering this question, highlight specific automation frameworks and tools you've used, such as Selenium or JMeter. Provide examples of projects where you implemented these tools and discuss the outcomes you achieved in terms of efficiency and quality.

Discuss your theoretical approach including identifying the needs of the application, selecting appropriate tools, and establishing coding standards. Illustrate with past experiences that demonstrate your understanding of automation architecture and best practices.

Be honest about your language proficiencies. If Java is your strongest skill, detail your comfort level with it and any significant projects you completed using it, explaining why you prefer it for challenging test automation tasks.

Highlight your method for validating scripts, such as version control practices and conducting peer reviews. Mention continuous integration processes that include running automated tests, which ensures quality throughout the application lifecycle.

Prepare a story where you faced a significant issue, outlining your analytical approach to diagnosing the problem. Focus on your problem-solving skills and the steps you took to resolve the issue effectively, showcasing your technical prowess.

Discuss your systematic approach in generating test cases, including requirement analysis, boundary value analysis, and equivalence partitioning. Provide insight into how you prioritize test cases based on risk and impact.

Talk about your commitment to continuous learning, such as following industry blogs, participating in online forums, attending workshops, or exploring new tools through personal projects. Emphasize your enthusiasm for innovation in your role.

Provide examples of working in multi-disciplinary teams, how you fostered clear communication, and how teamwork led to successful project outcomes. Emphasize your adaptability and how you value diverse inputs in achieving quality results.

Convey your flexibility and proactive communication skills. Discuss strategies for managing change, including maintaining a positive attitude, updating documentation, and adapting test plans accordingly to align with new requirements.

Discuss key metrics you utilize, such as test coverage, defect density, and time to detect issues. Share how these metrics relate to overall project performance and quality assurance objectives.