Kafka to AWS MSK Migration Engineer

Kafka to AWS MSK Migration Engineer

We are seeking a highly skilled Kafka Migration Engineer to join the ETO Factory team and support a high-visibility on-prem Apache Kafka to AWS MSK migration project. This role will focus on cluster discovery, topic mapping, capacity planning, platform configuration, migration execution, validation, performance tuning, automation, and legacy cluster decommissioning. The ideal candidate will bring strong hands-on engineering experience with distributed messaging systems, a structured delivery mindset, and the ability to collaborate effectively with application, infrastructure, and platform teams to execute migrations safely and at scale.

Key Responsibilities:

• Assess on-prem Kafka clusters and perform discovery across topics, partitions, consumer groups, throughput patterns, retention policies, and inter-service dependencies to determine migration readiness.
• Analyze workloads based on message volume, business criticality, ordering guarantees, latency requirements, and consumer group complexity to determine appropriate MSK cluster placement and configuration.
• Plan and provision required AWS MSK infrastructure capacity including broker sizing, storage, networking, and security configurations to support migration, testing, and production execution.
• Execute UAT and production parallel testing using Mirror Maker 2 or similar replication tooling, compare message delivery outcomes, capture evidence, and troubleshoot discrepancies through closure.
• Perform performance tuning and optimization of MSK clusters to ensure migrated workloads are stable, scalable, efficient, and production ready.
• Partner with application engineering, infrastructure, and platform teams to finalize migration plans, consumer/producer cutover approach, validation criteria, and rollback considerations.
• Manage release readiness, execute production cutover activities including consumer group migration, offset synchronization, and complete post-release checkout and validation procedures.
• Support legacy on-premises Kafka cluster decommissioning after successful migration and validation.
• Design, enhance, and implement automation frameworks and AI-assisted solutions to enable repeatable, efficient, large-scale Kafka-to-MSK migrations.
• Document migration procedures, operational learnings, risks, and best practices to improve the factory execution model.

Required Qualifications:

• Basic Qualifications:
• Education:
  
  Bachelor's or Master's degree in Computer Science, Engineering, Applied Mathematics, or a related quantitative discipline.
• Experience:
  
  3–5 years of hands-on engineering experience in a collaborative, team-based environment with distributed messaging systems.
• Programming:
  Professional proficiency in Python, Java, or a similar programming/scripting language.
• Systems:
  Strong Unix/Linux fundamentals with the ability to troubleshoot application, deployment, environment, and runtime issues.
• Methodology:
  Familiarity with SDLC practices, CI/CD delivery models, change management, and Kubernetes-based deployments.
• Technical
  
  Competencies:
• AWS Services:
  Hands-on experience with AWS compute and migration patterns, including ECS, EKS, Lambda, Cloud Watch, and related cloud services.
• Apache Kafka:
  Deep hands-on experience with Kafka architecture including brokers, topics, partitions, consumer groups, replication, and cluster operations.
• AWS MSK:
  Practical experience with Amazon Managed Streaming for Apache Kafka including cluster provisioning, configuration, monitoring, and security (IAM, mTLS, SASL/SCRAM).
• Migration Tooling:
  Experience with Mirror Maker 2, Confluent Replicator, or similar cross-cluster replication tools for data migration and offset synchronization.
• Cloud Migration:
  Practical understanding of on-prem to cloud migration strategies, workload assessment, testing, cutover, and post-migration validation.
• Kafka Ecosystem:
  Familiarity with Schema Registry, Kafka Connect, Kafka Streams, and related ecosystem components.
• Networking and Security:
  Understanding of VPC peering, Private Link, TLS encryption, IAM policies, and network connectivity patterns for hybrid Kafka architectures.
• Programming and Automation:
  Experience with…