Backend Engineer, Streaming Media

As a Backend Engineer at Sauron Industries, your main responsibilities will include designing and developing scalable streaming systems, creating automation scripting, and ensuring the security of the systems you build. You'll work alongside designers and AI engineers to continuously enhance the user experience, making sure that high-quality video delivery is at the forefront of our technology.

To qualify for the Backend Engineer position at Sauron Industries, candidates should possess either a Bachelor's degree in Computer Science along with five years of industry experience, or a Master's degree in Computer Science with three years of relevant experience. Familiarity with video streaming technologies and codecs is essential, alongside strong collaborative and communication skills.

As a Backend Engineer at Sauron, familiarity with video codecs (like H.264 and H.265), video streaming protocols (such as HLS and DASH), and basic command-line video tools (like FFMPEG or MP4Box) is highly beneficial. Knowledge of AWS Kinesis and CDN technologies will also help you succeed in your role.

Teamwork is paramount for the Backend Engineer role at Sauron Industries. We value collaboration and pair programming, where our engineers work together to solve problems and iterate on code. Being able to communicate effectively with designers and product owners will enhance the overall user experience and product development process.

The work culture at Sauron Industries for Backend Engineers is vibrant and focused on innovation. We emphasize continuous improvement, with a strong commitment to collaboration and iterative development. Employees are encouraged to take ownership of their projects while working in a supportive environment that values contributions and insights from everyone on the team.

When answering this question, focus on specific projects you have worked on, mentioning the technologies and frameworks you used. Highlight your understanding of video codecs and how they impact streaming quality, emphasizing your ability to optimize performance in real-world scenarios.

To tackle this question, discuss your systematic approach to architecture, focusing on designing for scalability from the outset. Provide examples of challenges you've faced in previous projects and how you overcame them, detailing the technologies you employed.

Outline the video codecs and protocols you have hands-on experience with, such as H.264, H.265, HLS, and DASH. Discuss any projects where you implemented these technologies and the impact they had on the overall performance.

When answering this question, emphasize your understanding and implementation of security best practices. Discuss specific security measures you've integrated into systems, including common vulnerabilities you address and the importance of a security-first mentality in development.

Discuss your preferred collaboration tools and practices, such as regular check-ins, pair programming, or agile methodologies. Share specific examples where teamwork led to successful project outcomes, showcasing your communication skills.

Select a compelling example that showcases your technical ability and problem-solving skills. Explain the challenge, your thought process, the solution you implemented, and the results of your efforts, highlighting the impact on the project.

Explain your methods for staying current with industry trends and advancements, such as following relevant blogs, participating in online forums, or attending conferences. Mention any certifications or courses you are pursuing to improve your expertise.

Detail your familiarity with CI/CD systems and how you've incorporated these practices into your workflow. Mention specific tools you’ve used (e.g., Jenkins, GitLab) and how they have helped streamline your development and deployment processes.

Discuss your testing strategies, including unit testing, integration testing, and end-to-end testing frameworks. Provide examples of how thorough testing improved the reliability of your applications in previous projects.

Share your knowledge of WebRTC, including its features and use cases such as real-time communication and video streaming. Provide examples of your experience utilizing WebRTC in past projects or describe how you would approach a potential WebRTC-based feature.