Senior Software Engineer - Kafka Platform

We’re seeking a seasoned Kafka engineer to design, operate, and scale our event streaming platform. You’ll own the Kafka core (brokers, storage, security, observability) and the automation that powers it—building infrastructure-as-code, operators/Helm charts, and CI/CD to enable safe, self-service provisioning. You’ll run Kafka on Kubernetes and/or cloud-managed offerings, ensure reliability and performance, and partner with application teams on best practices. What you’ll do Architect, deploy, and operate production-grade Kafka clusters (self-managed and/or Confluent/MSK), including upgrades, capacity planning, multi-AZ/region DR, and performance tuning. Operate Kafka on Kubernetes using Operators, Helm, and GitOps, and build IaC-driven automation with guardrails for repeatable, compliant, zero-downtime provisioning and deployments. Implement and manage Kafka Connect, Schema Registry, and MirrorMaker 2/Cluster Linking; standardize connectors (e.g., Debezium) and build self-service patterns. Drive reliability: define SLOs/error budgets, on-call rotations, incident response, postmortems, runbooks, and automated remediation. Implement observability: metrics, logs, traces, lag monitoring, and capacity dashboards (e.g., Prometheus/Grafana, Burrow, Cruise Control, OpenTelemetry). Secure the platform: TLS/mTLS, SASL (OAuth/SCRAM), RBAC/ACLs, secrets management, network policies, audit, and compliance automation. Guide event-streaming best practices: topic design, partitioning, compaction/retention, idempotency, ordering, schema evolution/compatibility, DLQs, EOS semantics. Partner with app, data, and SRE teams; provide enablement, documentation, and internal tooling for a great developer experience. Lead/mentor engineers and contribute to roadmap, standards, and platform strategy. Required qualifications Excellent communication and partnership skills with platform and application teams. Deep hands-on experience operating Kafka in production at scale (brokers, controllers, partitions, ISR, tiered storage/retention, rebalancing, replication, recovery). Automation first: Infrastructure as Code (Terraform), Helm, Operators, GitOps (Argo CD/Flux), and CI/CD (e.g., GitHub Actions/Jenkins) for platform lifecycle. Proficiency with one or more languages for tooling/automation: Python, Go, or Java; plus Bash and solid Linux fundamentals (networking, filesystems, JVM tuning basics). Observability and reliability engineering for Kafka: Prometheus/Grafana, logging, alerting, lag monitoring, capacity/throughput modeling, performance tuning. Security for data in motion: TLS/mTLS, SASL/OAuth, ACL/RBAC, secrets management (e.g., Vault), and audit/compliance practices. Experience with Kafka ecosystem components: Kafka Connect, Schema Registry, MirrorMaker 2/Cluster Linking; familiarity with Cruise Control. Cloud experience (AWS/Azure/GCP) with networking, IAM, and one or more managed offerings (e.g., Confluent Cloud or AWS MSK). Proven track record designing runbooks, leading incidents/postmortems, and driving platform roadmaps. Nice to have Data processing frameworks (Kafka Streams, Flink, Spark Structured Streaming) and EOS semantics. Experience with Strimzi or Confluent for Kubernetes in production. Knowledge of CDC patterns and tools (e.g., Debezium) and database connectors at scale. Multi-region architectures, cluster linking strategies, and disaster recovery drills. #J-18808-Ljbffr Balyasny Asset Management