Software Engineer - Test Engineering (Hybrid/Onsite) - job 11 of 27

As a Software Engineer - Test Engineering at our Foster City office, you'll engage in several key responsibilities. Your primary duty will be to execute the testing strategy for various Risk Services applications. You'll collaborate with a highly skilled team to create detailed test plans, cases, and scripts while developing and enhancing automated test frameworks. Hands-on testing across both Linux and Windows platforms, as well as debugging and resolving design issues in collaboration with development teams, are also crucial parts of your role.

To become a Software Engineer - Test Engineering in Foster City, you should have a background in computer science or a related field, along with experience in test automation and software quality assurance. Familiarity with various programming languages and testing tools is essential, as is the ability to work well in a collaborative environment. A solid understanding of Linux and Windows operating systems will also be necessary to excel in this position.

In the role of Software Engineer - Test Engineering, you'll be part of a collaborative environment that involves working closely with product development and support teams. You'll interact with operations and infrastructure teams to maintain high software quality. This teamwork ensures seamless code releases, where you’ll be encouraged to share your insights and technical guidance with peers while contributing to cross-functional integration efforts.

Yes, the Software Engineer - Test Engineering role does include a focus on manual testing. While you will primarily develop and execute automated test frameworks, you'll also be required to maintain a balance between manual and automated testing. This approach ensures that the quality of Risk Services applications is thoroughly evaluated from multiple angles.

As a Software Engineer - Test Engineering, you will have the opportunity to utilize various testing tools and frameworks aimed at enhancing software quality. You'll be involved in developing and augmenting existing test automation tools. Familiarity with popular testing frameworks, scripting languages, and tools specifically suited for both manual and automated testing will be essential for success in this role.

When answering this question, focus on your background in developing automated test scripts, the tools you have used, and specific projects where your automation efforts led to improved testing efficiency. Provide examples and explain how your contributions streamlined testing processes.

In your response, highlight the importance of thorough requirements analysis, peer reviews, and maintaining up-to-date documentation. Discuss your methods for validating test cases to ensure they cover all functional aspects of the software.

You can mention your systematic approach to debugging, including tools and techniques you employ, such as logging, breakpoints, or code reviews. Discuss how you collaborate with development teams to resolve issues quickly and how this contributes to overall software quality.

When answering, explain your understanding of when to use manual versus automated testing based on project requirements. Describe how you assess testing needs and make decisions that lead to optimal coverage and efficiency.

List the testing frameworks you have experience with, such as Selenium, JUnit, or TestNG, and describe how you have applied them to create effective automated tests. Including specific achievements or outcomes can illustrate your expertise.

Outline your process for creating a test plan, including gathering requirements, determining scope, identifying resources, and defining testing methodologies. Describe how you ensure stakeholders are engaged throughout the process.

Share specific experiences where you worked in cross-functional teams. Highlight how you communicated effectively with different roles, discovered their needs, and contributed to achieving common goals in testing strategies.

Discuss your commitment to continuous learning, whether through online courses, webinars, industry conferences, or professional networks. Highlight how staying updated has benefited your work and contributed to skill enhancement.

Provide an example of a specific challenge faced in software testing, detailing the context, steps you took to overcome the issue, and the outcome. This demonstrates critical thinking and problem-solving skills.

Describe your structured approach to setting up test environments, including considerations for hardware, software, and configuration. Discuss the importance of maintaining these environments to ensure consistent and reliable testing results.