QA Specialist - 3D Visuals & Graphics

As a QA Specialist - 3D Visuals & Graphics at ZURU Tech, your role will encompass testing intricate scenes with multiple polygons and materials. You'll be responsible for verifying graphical features to ensure they meet expected quality standards and document any bugs encountered during testing. Your role also includes collaborating with developers to identify automation needs and providing technical leadership focused on continuous improvement. Additionally, you will actively participate in Scrum Team events and assist Product Owners in identifying missing requirements and usability feedback.

To apply for the QA Specialist - 3D Visuals & Graphics role at ZURU Tech, you should hold a Bachelor's or Master's degree, preferably in IT or a related domain. We're looking for individuals with at least two years of experience in quality assurance or in graphics designing/programming roles. Proficiency with rendering engines like V-Ray, Blender, or Unreal Engine, alongside experience in software testing using Agile methodology, is also advantageous.

While not mandatory, having knowledge of programming languages is appreciated for the QA Specialist - 3D Visuals & Graphics role at ZURU Tech. This knowledge can enhance your capability to communicate with developers effectively and contribute to automation initiatives. However, your primary focus will be on quality assurance and graphics evaluation, so if you have a solid background in these areas, we encourage you to apply.

As a QA Specialist - 3D Visuals & Graphics at ZURU Tech, you will use various tools and software for testing and development. Experience with testing tools like TFS/Azure is important, as well as familiarity with DevOps/GitLab. You will also work with rendering engines and 3D modeling software, such as Maya or Cinema 4D, to thoroughly evaluate graphical fidelity.

The work environment at ZURU Tech is dynamic and fast-paced, encouraging collaboration and creativity. As a QA Specialist - 3D Visuals & Graphics, you'll be part of a Scrum Team, engaging in regular events that foster team unity. We prioritize flexibility in working hours to suit our team members’ needs and encourage innovation and continuous improvement.

ZURU Tech offers a competitive compensation package, including an annual performance bonus and flexible working hours. You'll also enjoy benefits like medical insurance for yourself and your family, along with participation in annual trips and team outings. We invest in our team's growth by providing training and skill development programs, ensuring that you feel valued and supported in your professional journey.

ZURU Tech fosters a collaborative environment for its QA Specialist - 3D Visuals & Graphics through regular Scrum meetings, open communication with developers, and team-building activities. We emphasize teamwork by encouraging our members to share ideas and support one another. Enjoying moments together over pizza parties adds to our strong team spirit, making our workplace a lively and engaging one.

To ensure quality in 3D graphics testing, it's crucial to develop a comprehensive testing strategy that includes verifying visual fidelity against expected standards. Begin with thorough documentation of rendering quality, comparing textures, lighting, and polygon counts. Utilize automated testing tools where possible to streamline the process and ensure consistency. Observing the graphics pipeline for potential issues at each stage and collaborating closely with development teams will also enhance the quality assurance process.

When discussing your experience with rendering engines, focus on specific projects you've worked on. Clearly explain the types of rendering engines used, such as V-Ray or Unreal Engine, and elaborate on how you tested graphical fidelity within those frameworks. Highlight any challenges faced and how you addressed them to maintain high-quality visuals that meet client specifications or industry standards.

In bug documentation and reporting, I take a systematic approach. I document each bug with clear and concise information, including the steps to reproduce, expected versus actual outcomes, and screenshots when applicable. Using tracking tools like TFS enhances communication with the development team, allowing for quick resolutions. It's important to prioritize bugs based on their impact to ensure critical issues are addressed promptly.

Staying updated in graphics testing involves engaging with industry literature, participating in webinars, and attending relevant conferences. Online communities and forums also provide valuable insights. Following leaders in the field on social media and joining professional networks can help ensure I stay informed about emerging trends and best practices that can be applied in my work at ZURU Tech.

In my previous roles, I've actively participated in Agile methodologies by contributing to daily stand-ups, sprint planning, and retrospectives. I find that Agile fosters collaboration and adaptability, which is crucial when working on fast-paced projects. My experience has taught me to embrace changes quickly and work closely with cross-functional teams to align on goals and timelines.

Handling disagreements within a Scrum team requires effective communication and a focus on common goals. I would encourage open discussions where team members can express their viewpoints. Facilitating compromise or adjustments is vital, ensuring we reach a consensus that keeps project timelines on track. If necessary, I would involve Scrum Masters or Product Owners to mediate and help find a resolution.

A successful QA Specialist in graphics needs strong analytical skills, attention to detail, and creativity. They must be proficient in technical aspects related to 3D graphics, including rendering techniques and relevant software. Adaptability and effective communication are also crucial in collaborating with developers and designers while being proactive in identifying issues or improvement areas.

Prioritizing tasks during testing phases requires a clear understanding of project timelines and impacts. I categorize tasks by severity and urgency, focusing initially on high-impact bugs that could affect system stability. Utilizing time management techniques and regular check-ins with the team helps ensure that I stay on track and can adjust priorities as needed.

When testing complex scenes in 3D applications, my strategy involves breaking down the scenes into manageable components to test for individual accountability like textures, reflections, and lighting. Comprehensive test cases are crafted to cover different scenarios while using automated testing wherever applicable. This layered approach helps ensure all elements of a scene are evaluated for both quality and stability.

In a previous project, I discovered a critical bug where rendering outputs were inconsistent across platforms. I logged a detailed report, illustrating the bug with screenshots and reproduction steps. Working with the development team, we identified an issue with the graphics API settings. Through systematic adjustments and retesting, we resolved the issue, ultimately ensuring that our final product met quality standards on all platforms.