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Service Oriented Architecture and Event Driven Systems
https://WebToolTip.com
Published 3/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 4h 49m | Size: 3.24 GB
Learn SOA, event driven architecture, messaging patterns, and distributed system design for modern scalable systems
What you'll learn
Understand the core principles of Service Oriented Architecture and how to design clear service boundaries
Distinguish between SOA, Microservices, and Event Driven Architecture and know when to use each approach
Design stable service contracts that evolve safely without breaking existing consumers
Apply synchronous and asynchronous communication patterns appropriately in distributed systems
Design and model domain events and integration events for real world architectures
Understand delivery guarantees, message ordering, duplicates, and failure scenarios in event systems
Implement idempotent consumers and handle retries, dead letter queues, and poison messages
Design event choreography and orchestration flows and understand their architectural tradeoffs
Apply schema evolution and versioning strategies for event contracts
Understand eventual consistency and design reliable business transactions using the Saga pattern
Apply the Outbox pattern to ensure reliable event publishing without dual write failures
Integrate legacy and external systems using patterns such as Anti Corruption Layers and CDC
Identify and avoid common SOA and EDA anti patterns that lead to distributed monoliths
Design observable event driven systems using tracing, correlation IDs, and monitoring techniques
Understand operational concerns such as consumer lag, tracing asynchronous flows, and system diagnostics
Design secure messaging architectures with trust boundaries, proper authorization, and safe event payloads
Apply architectural thinking to build scalable, resilient, and evolvable distributed systems
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 |
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