Senior Backend Software Engineer (India)

As a Senior Backend Software Engineer at WEAVE, you will build and maintain back-end services using Go as well as other programming languages. Your responsibilities include collaborating across teams, ensuring code quality, designing new features, and integrating complex systems. You’ll also work with distributed systems and inter-service communication protocols, ensuring that all implementations align with our scalable architecture.

For the Senior Backend Software Engineer role at WEAVE, you should have a minimum of 3 years of experience with back-end languages like Go, Java, Ruby, or Python. Familiarity with building large-scale data platforms and working with distributed systems is crucial. Additionally, knowledge of APIs, real-time streaming applications, and relational databases will make you a strong candidate.

At WEAVE, we prioritize a positive work-life balance for all our employees, especially for Senior Backend Software Engineers. With flexible work schedules and unlimited PTO on top of paid leave, we ensure you can recharge and take care of personal commitments. Our People First culture aims to provide you with the support you need to thrive both professionally and personally.

As a Senior Backend Software Engineer at WEAVE, you’ll engage in exciting projects that involve developing secure and scalable back-end systems using Go and other technologies. You'll be part of a collaborative team designing new software features, migrating legacy systems, and improving existing architecture to support large-scale applications.

Absolutely! WEAVE is dedicated to fostering professional development and growth. As a Senior Backend Software Engineer, you will have opportunities to learn new technologies, participate in our in-house coaching initiatives, and contribute to projects that enhance your skills. We believe in continuous learning, and your career advancement is a key component of our employee-centric culture.

When answering this question, share specific projects where you utilized Go, highlighting its advantages such as concurrency features, performance, and ease of use in microservices development. Discuss any challenges you faced and how you addressed them.

Talk about your coding practices such as writing unit tests, conducting code reviews, integrating continuous integration/continuous deployment (CI/CD) processes, and using tools for static code analysis. Sharing specific examples of how these practices improved project outcomes can strengthen your answer.

Discuss your familiarity with distributed system concepts and frameworks, mentioning specific projects where you applied them. Address challenges like latency, data consistency, or fault tolerance, and explain how you tackled those issues effectively.

Elaborate on your work with RESTful APIs, gRPC, or similar technologies. Provide insight into how you designed, implemented, and tested these APIs, as well as how you ensured efficient communication between various services within a distributed environment.

Share your experiences with tools such as Prometheus or Grafana for monitoring application performance. Discuss your strategies for setting up alerts, conducting performance tuning, and improving service reliability based on monitored metrics.

Choose a specific challenge that showcases your problem-solving skills in backend development. Describe the issue, the approach you took, the technologies used, and the resulting impact on the project or team.

Discuss various resources you utilize such as online courses, tech blogs, workshops, and community forums to stay informed. Illustrate how you've applied new learnings to your work in backend engineering.

Describe your preferred work style in team settings, emphasizing collaboration and communication. Provide examples of past experiences where you contributed to a team's success and mention how you adapt to different roles.

Talk about systematic debugging techniques you use, such as logging, profiling, and tracing. Illustrate your thought process in identifying and resolving bugs, as well as any tools that streamline the debugging process.

Discuss your commitment to mentoring and supporting junior engineers, sharing methods such as pair programming, providing constructive feedback, and facilitating learning opportunities through workshops or coding sessions.