Senior QA Engineer - Casual Games

To be considered for the Senior QA Engineer position at Voodoo, you should have 3+ years of experience in QA for mobile games, demonstrating project ownership and successful completion. A strong grasp of testing methodologies and tools is essential, alongside problem-solving skills and the ability to work independently and collaboratively within a team.

As a Senior QA Engineer at Voodoo, your main responsibilities include designing test plans for new features, conducting thorough testing to identify issues, improving game quality through effective processes, and monitoring technical KPIs to propose strategies for enhancements. You’ll play a pivotal role in ensuring high-quality gaming experiences for our users.

Yes, Voodoo offers the option to work remotely as a Senior QA Engineer. You can work from anywhere, as long as you are within a 2-3 hours time difference from France (CET), providing flexibility while still being connected to your team.

In the role of Senior QA Engineer at Voodoo, you will predominantly be testing casual and hybrid-casual games, particularly focusing on iconic titles like Helix Jump and Flappy Dunk, which have already seen significant success. Your role will involve ensuring their quality and enhancing user experience.

Key skills for a Senior QA Engineer at Voodoo include strong problem-solving capabilities, excellent communication skills, a deep understanding of mobile games and Free-to-Play (F2P) mechanics, and proficient experience with various testing tools. A collaborative spirit and a player-focused mindset are also vital for success in this role.

When designing a test plan for a new mobile game feature, I would begin by understanding the feature's requirements and intended user experience. This involves collaborating with developers and designers to outline the key functionalities. I would then define testing scope, identify testing tools needed, and establish success criteria. Lastly, I would ensure proper documentation of test cases to facilitate thorough testing.

In my previous roles, I have employed various testing methodologies such as Black Box Testing, Smoke Testing, Regression Testing, and User Acceptance Testing (UAT). Each methodology has its strengths, and the choice often depends on the project phase and specific requirements of the mobile game being tested.

Certainly! In one instance, I discovered a critical bug that caused a crash during gameplay in a popular mobile game. I documented the reproduction steps, severity, and impact, then worked closely with the development team to prioritize its resolution. After they implemented the fix, I conducted extensive regression tests to ensure it was effectively resolved without introducing new issues.

User feedback is vital in the QA process as it provides insights into real-world usage and expectations. I prioritize analyzing user reviews and behavior metrics to identify areas needing improvement. This feedback drives the improvement of game quality and guides test case creation for future updates and fixes.

I stay updated on mobile gaming trends through a combination of industry blogs, forums, and online courses. I follow key influencers and companies in the gaming sector and regularly participate in webinars and conferences. This continuous learning helps me maintain relevant skills and insights that I can bring into my QA role.

I have a solid foundation in test automation, having worked with tools like Appium and Selenium for mobile applications. I believe that automation is essential, particularly for regression testing, to enhance efficiency and ensure consistent testing coverage. I'm continually exploring new automation frameworks to improve testing workflows.

If a developer disagrees with my testing results, I would initiate a constructive dialogue to understand their perspective and the context behind their point of view. I would present my findings with clear and documented evidence, ensuring that the discussion remains collaborative rather than confrontational. Ultimately, our shared goal is improving the game quality.

My understanding of Free-to-Play game design includes recognizing the monetization strategies, user engagement tactics, and retention mechanisms that are essential in such models. I pay close attention to how player incentives, game balance, and progression systems are structured so they enhance both enjoyment and revenue generation.

When assessing game quality, I consider a range of metrics, including crash rates, load times, user engagement levels, and feedback from user reviews. KPIs such as retention rates and in-game monetization performance also provide valuable insights into the game's overall health and user experience.

In a fast-paced development environment, I prioritize testing tasks based on project timelines, feature importance, and potential impact on user experience. I use a risk-based approach, identifying critical areas first while maintaining flexibility to adapt to changing priorities and urgent issues that may arise during development.