System Engineer-Platform/Kafka/Messaging
Listed on 2026-05-31
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IT/Tech
Systems Engineer Platform – Messaging Platform
Will play a key role in designing, implementing, and maintaining enterprise messaging systems that support both real‑time and asynchronous communication between distributed applications and services. This role focuses on ensuring robust, scalable, secure, and cost‑efficient messaging solutions across hybrid cloud and on‑premises environments. The engineer will work closely with architects, developers, infrastructure, and Dev Ops teams to standardize messaging platforms and promote modern integration patterns that align with the organization’s digital transformation goals.
This is an on‑site position located in Springfield, MO.
Responsibilities And Duties Messaging Platform EngineeringDesign and operate scalable messaging platforms (Kafka, Pub/Sub, legacy MQ) supporting high‑throughput, low‑latency event streaming. Manage topics, schemas (Avro/JSON/Protobuf), connectors, and stream processing (Kafka Streams/KSQLDB). Enforce governance for naming, retention, access control, and multi‑tenancy, while ensuring reliable delivery (retries, DLQs, idempotency, exactly‑once).
Infrastructure as Code & AutomationAutomate messaging infrastructure using Terraform, Helm, and Kubernetes (e.g., Strimzi), with Git‑based configuration management. Build CI/CD pipelines for deployments, upgrades, and topic provisioning, including drift detection and self‑healing workflows.
Security & GovernanceImplement secure messaging with IAM integration (GCP, LDAP, Kerberos), TLS/mTLS, and ACLs. Align with compliance standards (PCI, HIPAA) and Zero Trust principles, including data classification, logging, and anomaly detection.
Monitoring & ReliabilityEstablish observability using Prometheus, Grafana, ELK, or GCP tools. Monitor SLAs/SLOs, consumer lag, broker health, and replication. Lead incident response, RCA, and disaster recovery planning.
Integration & Developer EnablementEnable teams with reusable connectors, SDKs, and event‑driven patterns. Provide guidance on schema evolution, idempotency, and domain‑driven event design, supported by self‑service tools and documentation.
Platform Modernization & MigrationDrive migration from legacy systems to modern streaming platforms, evaluating new technologies (e.g., Pulsar, Redpanda). Lead migration strategies, dual‑write patterns, and multi‑region replication.
Collaboration & LeadershipCollaborate with cross‑functional teams on architecture and governance, contribute to event‑driven and data mesh strategies, and mentor engineers while promoting best practices.
Required- 3+ years with enterprise messaging platforms (Kafka, Pub/Sub), including deep knowledge of Kafka architecture (brokers, partitions, replication, schema management, streams, and connectors).
- Strong experience designing high‑throughput, low‑latency event‑driven systems with governance, topic management, and access control.
- Hands‑on experience with GCP messaging services (Pub/Sub, Eventarc) and hybrid architectures, including secure connectivity, IAM, and multi‑region designs.
- Proficiency in Infrastructure as Code and automation using Terraform, Kubernetes/Helm, and CI/CD tools, with Git Ops‑based configuration management.
- Solid background in security and compliance, including encryption (TLS/mTLS), authentication (SASL, IAM), and regulatory standards (PCI, SOC2, HIPAA).
- Experience implementing observability with Prometheus, Grafana, ELK, and GCP tools, including monitoring lag, throughput, and distributed tracing.
- Strong performance tuning and reliability practices, including scaling, back pressure handling, DLQs, retries, and cross‑region replication.
- Focus on developer enablement through reusable tools, self‑service platforms, schema governance, and event‑driven best practices.
- Ability to evaluate and prototype messaging technologies (e.g., Pulsar, Rabbit
MQ), lead POCs, and drive adoption of modern streaming and data integration patterns.
- Experience running Kafka on Kubernetes (Strimzi/Confluent Operator), including scaling, configuration, and multi‑tenant architectures.
- Strong foundation in event‑driven architecture, microservices communication, and asynchronous messaging…
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