Mid/Senior Apps QA Engineer (Apple)

The Mid/Senior Apps QA Engineer at Surfshark is responsible for functionally testing solutions on the Apple ecosystem, reporting and overseeing the resolution of software defects in collaboration with the development team, and launching tests that may not have detailed cases. Additionally, this role involves developing testing strategies and sharing best practices with team members to ensure the delivery of high-quality solutions.

To apply for the Mid/Senior Apps QA Engineer position at Surfshark, candidates should have a minimum of 2 years of manual testing experience, experience in mobile testing, and a keen interest in automated testing. Familiarity with software QA methodologies, tools, and processes is essential, along with qualities such as proactivity, strong attention to detail, and a curiosity for breaking applications.

As a Mid/Senior Apps QA Engineer at Surfshark, you will work with various tools and technologies including TypeScript for functional test automation, Postman, and Charles Proxy. You'll also be testing applications across different devices and virtual machines, ensuring comprehensive testing of our products.

Surfshark promotes a healthy work-life balance for the Mid/Senior Apps QA Engineer by implementing a hybrid work model of 3+2, allowing you to work from home or the office. Additionally, the company offers generous vacation days based on tenure, ensuring that employees have ample time to rest and recharge.

Surfshark is committed to professional growth by offering learning opportunities such as time dedicated to skill development, access to conferences, online learning platforms, and books for your professional enhancement. This support is vital for the Mid/Senior Apps QA Engineer to stay updated with the latest trends and technologies in the field.

In answering this question, it's essential to highlight specific projects where you conducted mobile testing. Discuss the tools you utilized, the types of devices you tested on, and any challenges you faced along with how you overcame them to ensure successful product deployment.

In your response, detail the specific strategies you employ when functional testing apps for the Apple ecosystem. Mention how you create test cases, the tools you use, and how you ensure that the user experience is optimal across various devices, emphasizing your knowledge of Apple's guidelines.

Discuss your communication methods and strategies for collaborating effectively with developers. Provide examples of how you've contributed to resolving bugs and improving product quality through teamwork, emphasizing the importance of transparency and feedback in the process.

Explain your method for assessing the severity and impact of bugs. You could talk about categorizing issues based on their risk to user experience and how you work to communicate these priorities to the development team effectively.

Share a specific instance that showcases your problem-solving skills. Discuss the nature of the defect, the steps you took to identify and document it, and how your input led to a successful resolution, underscoring your attention to detail.

Detail your approach to creating test plans that account for various user scenarios and edge cases. Provide insight into how you leverage metrics and past data to enhance your test coverage strategies, ensuring you minimize missed defects.

Discuss your favorite automation tools and the specific features that make them effective for your testing needs. Highlight any experience you have working with tools like TypeScript and how they fit into your overall Q&A strategy.

Express your commitment to continuous learning. Share your methods for staying updated, such as attending webinars, participating in QA communities, or reading industry publications, and how you apply that knowledge to your role.

Provide an overview of your experience in drafting, maintaining, and executing test cases. Share examples of how you've structured your test cases for clarity and effectiveness, ensuring they can be easily understood and utilized by others.

Articulate how curiosity drives the testing process and leads to uncovering hidden defects. Emphasize that a curious mindset encourages deeper exploration of applications and fosters a proactive approach to quality assurance.