Principal Software Engineer - Distributed Storage - (Remote - US)

As a Principal Software Engineer - Distributed Storage at Jobgether, you will design and implement crucial features for TiKV, enhance performance and scalability, lead backup and restore projects, and troubleshoot significant issues while mentoring junior engineers. Your role will involve both independent work and collaboration with the open-source community to maintain high standards in code practices.

To qualify for the Principal Software Engineer - Distributed Storage role at Jobgether, you should have a Bachelor's or Master's degree in Computer Science, Engineering, or a related field and over five years of experience in database, storage, or distributed system development. Experience with distributed key-value stores like TiKV, and familiarity with cloud technologies and container orchestration platforms is also highly valued.

In the Principal Software Engineer - Distributed Storage role at Jobgether, you'll be working in a cloud-native environment, utilizing technologies like AWS, GCP, or Azure. You'll also use container orchestration platforms like Kubernetes, and your expertise with data structures and algorithms will be put to good use in optimizing throughput and latency in distributed systems.

Jobgether promotes a culture of continuous learning and professional development for its Principal Software Engineer - Distributed Storage position. You'll have opportunities for career advancement, participate in training programs, and gain exposure to the latest industry trends and technologies, all while working in a dynamic, inclusive environment that values your perspectives.

The Principal Software Engineer - Distributed Storage position at Jobgether offers a competitive salary ranging from $180,000 to $260,000, along with health insurance, flexible vacation time, paid holidays, and parental leave. Additionally, you'll be eligible to participate in the company’s Bonus and Equity Plan, among other benefits.

When asked about a challenging problem, structure your answer using the STAR method (Situation, Task, Action, Result). Describe the context of the problem, what role you played in addressing it and detail the actions you took to resolve the issue. Sharing quantifiable results that demonstrate your effectiveness in improving performance or reliability can also be beneficial.

Employers look for candidates who are proactive in their learning. Mention specific blogs, conferences, or communities you follow or participate in related to distributed systems. Engaging with open-source projects or contributing to forums can also showcase your commitment and passion for the field.

Discuss technologies specific to cloud environments such as AWS, GCP, or Azure you've worked with. Highlight practical projects where you've utilized container orchestration platforms like Kubernetes, focusing on your hands-on experience and outcomes achieved during these projects.

Share specific techniques or algorithms you have experience with. Discuss methods for enhancing throughput or reducing latency, such as utilizing caching strategies or certain distributed architectures. Make sure to touch on the impact these optimizations had on system performance.

Discuss mentorship styles, specific examples of how you've guided less-experienced engineers, and the importance of fostering a collaborative environment. Your intent is to demonstrate your leadership qualities and dedication to team growth.

Emphasize your organizational skills and methods you use to assess urgency and impact. Mention any tools or frameworks you use for prioritization, such as the Eisenhower Matrix, and how you communicate with your team to ensure transparency.

Talk about any contributions you've made to open-source projects, detailing specific roles and the impact of your contributions. Highlight the importance of community in software development and how it has influenced your approach to code quality and collaboration.

Discuss key elements, such as data integrity, consistency, and recovery time objectives (RTO). Emphasize your understanding of techniques such as point-in-time recovery and snapshotting, showcasing your problem-solving approach to ensuring robust backup systems.

Provide a specific instance where you worked with different teams (like product, QA, or operations) to achieve a common goal. Focus on how you facilitated communication and alignment, as well as any methodologies used to ensure project success.

Offer your insights into emerging trends such as serverless architectures, scalability challenges, or advancements in data consistency models. Highlighting your vision shows that you are forward-thinking and that you keep an eye on the evolving landscape of technology.