Event-Driven Architecture with Apache Kafka and Red Hat OpenShift Application Services Technical Overview Training in Singapore

Gain a clear understanding of Event-Driven Architecture (EDA) and learn how Apache Kafka and Red Hat OpenShift Application Services can simplify the creation and management of cloud-native applications.

The Event-Driven Architecture with Apache Kafka and Red Hat OpenShift Application Services Technical Overview (AD082) is a free, on-demand video course designed for application developers. It introduces the fundamentals of event-driven systems and demonstrates how Red Hat Cloud Services — particularly OpenShift Application Services — help streamline the development, deployment, and scaling of real-time, event-based applications.

This course is available at no cost and can be taken on demand.

No prerequisites are required. This course is suitable for all levels of developers and IT professionals interested in event-driven architecture.

This course is designed for:

• Application developers who want to understand the fundamentals of event-driven microservice design.

• Developers exploring Apache Kafka integration within OpenShift and Red Hat Cloud Services.

By completing this course, learners will understand:

• The principles and benefits of Event-Driven Architecture (EDA) — including scalability, flexibility, and decoupling of systems.

• Apache Kafka fundamentals, such as clusters, brokers, topics, producers, consumers, and message flow.

• How Red Hat OpenShift Application Services accelerate the adoption of EDA for building and integrating modern microservices.

• Schema management and its importance in maintaining message consistency across Kafka-based systems.

Impact on the Organization

Event-Driven Architectures (EDA) are at the core of real-time enterprise applications.
By integrating Apache Kafka and Red Hat OpenShift Application Services, organizations can:

• Build resilient, decoupled systems that scale seamlessly.

• Enable faster, asynchronous communication between microservices.

• Simplify Kafka deployment and management through OpenShift-managed cloud services.
  This course helps teams embrace modern application design while reducing integration complexity.

Impact on the Individual

After completing this course, developers will:

• Understand the foundations and use cases of Event-Driven Architecture.
• Learn how to set up, publish, and consume events with Apache Kafka.
• Know how to connect and manage event streams using Red Hat OpenShift Application Services.
• Be able to apply schema management best practices using the OpenShift Service Registry.

This course provides the perfect starting point for developers looking to transition into event-driven microservices and Kafka-based architectures.

Video 1: Introduction
Understand the course objectives and key topics.

Video 2: Overview of Event-Driven Architecture
Explore what EDA is, how it works, and why it’s essential for modern applications.

Video 3: Overview of Apache Kafka
Learn about Kafka architecture, message streams, and distributed processing.

Video 4: Demo – Apache Kafka
Watch a hands-on demonstration of how Kafka processes events in real time.

Video 5: Overview of Red Hat OpenShift Application Services
Understand how Red Hat’s cloud services simplify Kafka-based application development.

Video 6: Demo – Red Hat OpenShift Streams for Apache Kafka
See how to deploy Kafka clusters through OpenShift Streams.

Video 7: Demo – Connecting Applications to Red Hat OpenShift Streams
Learn how to integrate your apps with Kafka topics and streams.

Video 8: Schema Management Using Red Hat OpenShift Service Registry
Discover how to manage data schemas for Kafka topics efficiently.

Video 9: Demo – Schema Management with Red Hat OpenShift Service Registry
Watch how schema consistency is maintained across event-driven systems.

Video 10: Next Steps
Explore follow-up learning paths and hands-on training opportunities.