Designing Scalable Systems with Service Oriented Architecture

In today’s software landscape, the complexity of systems has grown exponentially. No longer can we rely on monolithic applications; we must embrace an architecture that supports distributed workflows and event-driven processes. This course, ‘Service Oriented Architecture and Event Driven Systems’, is crafted to guide you through the intricacies of designing modern software ecosystems. It goes beyond mere coding, emphasizing the architectural thinking necessary to build robust and scalable systems.

Throughout the course, you will delve into the principles of Service Oriented Architecture (SOA) and Event Driven Architecture (EDA). Each module is designed to walk you through real-world applications, focusing on how to create clear service boundaries that prevent the pitfalls of distributed monoliths. You will learn to recognize the right communication methods, whether synchronous or asynchronous, and how to effectively implement domain and integration events, ensuring that your systems are not only efficient but also resilient against failures.

But we won’t stop at the basics; this course tackles the harder problems faced in distributed system design, such as message delivery guarantees and system observability. You will be equipped with the knowledge to design secure, maintainable systems that can evolve over time. With practical diagrams and real code examples, you will leave this course not just with theoretical knowledge, but with the practical skills necessary to architect modern, scalable software systems confidently.

What you will learn:

• Design clear service boundaries and ownership models that prevent distributed monoliths
• Build systems using Service Oriented Architecture principles that scale over time
• Understand when to use synchronous communication and when event driven systems are the right choice
• Design domain events and integration events correctly
• Apply event driven architecture patterns used in real production systems
• Handle message delivery guarantees, retries, and failure scenarios
• Design idempotent consumers and resilient messaging flows
• Use event choreography and orchestration to model business processes
• Manage event schema evolution and versioning without breaking consumers
• Implement eventual consistency and Saga patterns for distributed transactions
• Apply the Outbox pattern to solve dual write problems
• Integrate legacy systems using Anti Corruption Layers and CDC approaches

Course Content:

• Sections: 10
• Lectures: 50
• Duration: 12 hours

Requirements:

• Basic understanding of software development and programming concepts
• Familiarity with object oriented programming principles
• Basic knowledge of Java or another programming language
• Understanding of fundamental system design concepts such as APIs and services
• Basic knowledge of HTTP, REST, or client server communication
• Familiarity with distributed systems concepts is helpful but not required
• A willingness to think about software architecture and system design at a deeper level.

Who is it for?

• Software developers who want to understand how modern distributed systems are designed
• Java developers interested in learning Service Oriented and Event Driven Architecture principles
• Backend engineers working with microservices, messaging systems, or distributed platforms
• Software architects who want a structured understanding of SOA and event driven design
• Developers who want to move from coding individual services to designing whole systems
• Engineers who want to understand real world integration patterns and messaging architectures
• Anyone interested in building scalable, resilient, and maintainable distributed systems.

What are you waiting for to get started?

Enroll today and take your skills to the next level. Coupons are limited and may expire at any time!

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