Backend Software Engineer - job 1 of 2

As a Backend Software Engineer at Via, you'll design and implement scalable microservices and APIs that support our diverse application ecosystem. Your responsibilities will include collaborating with product and frontend teams to create solutions for handling millions of transactions, participating in code reviews, mentoring junior engineers, and defining cloud infrastructure strategies to improve performance and reliability.

To qualify for the Backend Software Engineer role at Via, candidates should hold at least four years of professional experience in backend programming, particularly in Python or Golang. Experience with complex architectures like distributed systems, an understanding of cloud serverless deployment, and familiarity with databases and Kubernetes are preferred.

At Via, the work environment is hybrid and thrives on collaboration. You'll be part of a vibrant team located in the heart of Tel Aviv, with access to various perks such as career development opportunities, a competitive compensation package, and active community events. We prioritize inclusivity, welcoming diverse backgrounds that enhance our work culture.

The Backend Software Engineer plays a crucial role in achieving Via's mission to transform public transportation through technology. By developing high-performance backend services, you’ll directly influence how we serve our clients, enabling us to make transportation more efficient, equitable, and environmentally friendly for millions of users worldwide.

As a Backend Software Engineer at Via, you'll work with modern tech stacks, primarily using Python and Go to build scalable microservices and APIs. You’ll also engage with cloud infrastructure solutions on platforms like AWS, use tools for containerization like Kubernetes, and develop innovative database management strategies.

When answering this question, highlight specific projects where you utilized Python or Golang. Discuss particular frameworks or libraries you leveraged, the challenges you faced, and how you measured success in your backend projects.

Explain the principles of microservices architecture, emphasizing its benefits like scalability and independent deployment. Use examples from your previous work to illustrate how you’ve implemented microservices in real projects and the efficiencies gained.

Discuss your approach to code reviews, focusing on best practices such as ensuring quality, readability, and adherence to project guidelines. Mention how you provide constructive feedback and also learn from reviews conducted by others.

Detail your specific experiences with AWS, including services you've used for server deployment, storage, and management. Share examples of how you've leveraged cloud computing in past projects to enhance scalability and performance.

Provide a concrete example of a technical challenge you've faced, whether it's related to performance, security, or deployment. Emphasize your problem-solving skills, the thought process you followed, and the outcome of your solution.

Talk about the database systems you've worked with, the types of queries you’ve written in SQL, and how you’ve optimized database performance. Giving specifics about scaling databases or managing large datasets will be impressive.

Discuss your strategies for monitoring performance, incorporating load testing, and using profiling tools to identify bottlenecks. Mention any best practices you follow to maintain high reliability, like failover strategies and redundancy.

Explain your workflow for task prioritization, such as utilizing Agile methodologies or sprint planning. Provide an example of a project where collaboration was key to meeting deadlines efficiently.

Detail your involvement in incident management, highlighting your experience in leading incident response. Discuss how you communicate with stakeholders during incidents and how you conduct post-mortem analyses to prevent future occurrences.

Share your strategies for staying informed about emerging technologies and trends in backend development. This may include attending conferences, participating in webinars, engaging with tech communities, and self-studying through courses and coding exercises.