Requirements

Engineering background in Computer Science, Mathematics, Software Engineering, Physics or similar field.
Experience writing code a variety of programming languages such as Java, Python, and Go, as part of a past role or personal projects.
Experience with cloud and orchestration technologies such as Kubernetes, Helm, AWS, GCP, Azure, and OpenShift.
Experience with database technologies such as Cassandra, Elasticsearch and Kafka.
A solid foundation in Linux and how distributed web services work.
Familiarity with observability tools such as Grafana and Prometheus.
Strong written and verbal communication and the ability to iterate quickly with teammates and incorporate feedback.

Core Responsibilities

Build software that automates the routine work of deploying and running production databases
Participate in regular on-call rotations
Troubleshoot, diagnose, and remediate stability and reliability issues in production database systems
Participate in post-incident reviews and take ownership of follow-up actions
Identify patterns across incidents, support tickets, and alerts, and translate those observations into proposals for systemic improvements to our fleet
Manage and execute large scale migrations of the fleet of databases we run
Partner with customer-facing teams during incidents and when setting up new database installations
Work with database engineering teams and infrastructure teams to build resilient and highly available database systems
Continuously invest in documentation, metrics, monitors and other troubleshooting tools
Hold the bar on engineering and operational standards through code reviews, design reviews, and feedback on operating procedures
Build deep expertise and experience in production systems (Kubernetes, cloud environments, Cassandra, Elasticsearch, etc.) and share that knowledge amongst the team

Strong sense of ownership in ambiguous environments. You step in to drive important outcomes when lines of responsibility are unclear.
Ability to collaborate and empathize under pressure. You stay calm and work effectively during high-stakes incidents.
Curiosity and motivation to learn. The systems and technologies you work on will change often, and you can quickly build the understanding to be effective through the changes.
Ability to operate with autonomy in a rapidly changing environment where priorities shift.
First-principles thinking. You want to thoroughly understand the systems you work on rather than applying band-aid fixes, and you ask questions to get there.
Investment in the team around you. You share what you learn, give thoughtful feedback in reviews, and treat raising the team's overall capability as part of the job.