Software Engineer-2

As a Software Engineer - 2 (SE-2) at Weekday's client, you will be responsible for designing, developing, and maintaining backend systems, including APIs and messaging solutions. You’ll also lead feature development, coordinate with cross-functional teams, and ensure high standards of code quality throughout the development process.

Candidates for the Software Engineer - 2 role at Weekday's client should have a minimum of 3 years of experience in backend software development. Proficiency in programming languages such as Python or Golang, along with experience in RESTful APIs and microservice architectures, are essential for success in this role.

A Software Engineer - 2 at Weekday's client should be proficient in Python, Golang, or other object-oriented programming languages. Familiarity with SQL databases like MySQL, PostgreSQL, and optionally NoSQL databases like MongoDB and Elasticsearch is also highly valuable.

Collaboration skills are crucial for a Software Engineer - 2 at Weekday's client, as you will be working closely with Product, Frontend, and AI teams. Effective communication and teamwork will facilitate the seamless delivery of features and enhancements in the product lifecycle.

Project leadership is a significant aspect of the Software Engineer - 2 position at Weekday's client. You'll be leading feature development from estimation to production deployment, coordinating efforts across teams, and ensuring successful integration of backend systems within the broader product architecture.

When answering this question, focus on specific projects or systems you've worked on, highlighting the technologies used (like Python or Golang) and your role in those projects. Mention best practices you followed in system design, deployment strategies, and any mentoring roles you took on during your projects.

Discuss specific strategies you've applied in optimizing APIs, such as improving response times or reducing server load. Provide examples of tools or methodologies used, like caching techniques or load balancing solutions, and the outcomes achieved from those optimizations.

Share your experience deploying systems on AWS or GCP, detailing the services you used and how they improved your application’s scalability and reliability. Providing a concrete example of a project that benefited from these cloud services will strengthen your response.

Talk about the practices you implement to maintain high code quality, such as code reviews, unit testing, and continuous integration. Emphasize the importance of modular design and best practices that you've followed to create maintainable code.

Outline your approach to debugging, including the tools and methodologies you prefer. Emphasize your ability to remain calm under pressure and provide examples of how you tackled significant production issues effectively.

Discuss how microservices architecture enhances modularity, scalability, and easier maintenance of applications. Relate it to your experience, highlighting any projects where you implemented microservices and the benefits realized.

Communicate your approach to testing, including unit testing, integration testing, and performance testing. Explain how these practices lend themselves to minimizing errors before code reaches production and ensuring a smooth user experience.

Share your methods for staying informed, such as attending meetups, participating in online communities, or following key industry publications. Mention any specific resources you find particularly valuable in keeping your skills sharp.

Discuss your approach to collaboration, emphasizing clear communication, documentation, and using project management tools to facilitate teamwork. Provide an example of a time when effective collaboration led to a successful project outcome.

Be honest about your challenges while portraying them as learning opportunities. Whether it’s optimizing performance, ensuring security, or managing large datasets, provide context and illustrate how you overcame such challenges in past projects.