Wayfair - L3 Backend Software Engineer - Microservices Architecture

Candidates for this position are preferred to be based in Bangalore, and will be expected to comply with their team's hybrid work schedule requirements.

What You'll Do :

- Take complex engineering problems, design appropriate solutions and deliver on them.

- Work on a variety of technologies from system implementations, to software and tools built in house, to application systems delivering acceleration as a service.

- Implement robust, well-tested services.

- Provide technical design and code reviews for peers within your team.

- Provide insights into opportunity areas for the platform, influencing priorities and team roadmaps in close partnership with Engineering and Product leadership.

What youll Need :

- Bachelor/Master degree in Computer Science or related technical subject area or equivalent combination of education and experience.

- 6+ years of experience in software engineering and designing systems at scale.

- Experience in development of new applications using technologies such as Java, Python or C++; SQL.

- Experience building web services with Java, REST, Microservices.

- Expertise with big data technologies & tools like Hadoop, Spark, Hive, Presto, Airflow etc.

- Experience in cloud platforms such as GCP using technologies like Big Query, Dataproc, GCS, Cloud

Composer, Dataflow or related technologies in AWS or Azure.

- Experience with Continuous Integration (CI/CD) practices and tools (Buildkite, Jenkins, etc.

- Experience architecting solutions leveraging distributed infrastructure (e.g. Docker, Kubernetes, etc).

- Experience leveraging monitoring and logging technologies (e.g. DataDog, Elasticsearch, InfluxDB, etc.

- Track-record of being a hands-on developer efficiently building technically sound systems.

- Strong verbal and written communication skills.

- Ability to work effectively with engineers, product managers, and business stakeholders alike.

- Proficient in effective troubleshooting and issue resolution techniques.