Camel, and RabbitMQ. Define reusable patterns and integration frameworks based on EIP (Enterprise Integration Patterns). Lead API and messaging solution designs adhering to RESTful/SOAP standards and AMQP best practices. Design and implement event-driven architectures, pub-sub models, and asynchronous message flows. Development & Implementation Build and maintain Mule flows, subflows, and message processors using Anypoint Studio and … depth experience with Camel routes, processors, components, and integration with external systems. Expertise in EIPs and transformations using Java/DSL/XML-based configurations. RabbitMQ Solid understanding of AMQP protocols, exchanges (direct, topic, fanout), queues, bindings, and acknowledgments. Experience with mirrored queues, cluster setup, backup and disaster recovery. Error handling, retries, and dead-letter exchange implementation. DevOps/CI More ❯
Design scalable integration solutions using MuleSoft, RabbitMQ, and Apache Camel. Define reusable integration patterns and frameworks using enterprise models. Lead API and messaging designs aligned with REST, SOAP, and AMQP standards. Implement asynchronous architectures including pub-sub and event-driven flows. Develop MuleSoft flows and processors with Anypoint Studio and DataWeave. Configure RabbitMQ clusters, queues, exchanges, and routing. Build Camel … in Mule 4, Anypoint Studio, Runtime Manager, Exchange, API design, message processors, DataWeave, and integration flows; solid grasp of API policies, error handling, and transaction scopes. RabbitMQ: Skilled in AMQP, exchanges (direct, topic, fanout), queues, bindings, acknowledgments, clustering, backup/DR, retries, and dead-letter handling. Certified MuleSoft Developer or Architect Familiarity with other messaging platforms: Kafka/ActiveMQ Infrastructure More ❯
front-end teams working with ReactJS, VueJS, Angular, TypeScript, and JavaScript to deliver seamless user experiences. Backend Expertise : Work with powerful backend technologies such as Apache Kafka, JMS, JTA, AMQP, and enterprise web services . Architecture Patterns : Implement event-driven architectures, microservices , and selectively utilize monolithic architectures when necessary. Work with serverless functions (Functions-as-a-Service) where applicable. Data More ❯
