Course Description:
Unlock the full potential of Microservices Architecture in this hands-on course tailored for developers, architects, and IT professionals. Learn to design, deploy, and manage scalable applications by decomposing monolithic systems into modular, independently deployable services. With real-world projects and case studies, you’ll gain the skills needed to build agile and resilient systems in today’s cloud-native ecosystem.
You’ll start by exploring foundational concepts like Monolithic, SOA, and Microservices Architecture, and then progress into advanced topics such as the Strangler Fig Pattern, API Gateway, Service Discovery, Circuit Breaker, Saga Pattern, CQRS, Event-Driven Architecture, and more.
Learn how to manage microservices data, ensure fault tolerance, improve system performance, and prepare for job interviews with dedicated microservices and Spring Boot interview questions.
What You Will Learn:
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Key concepts and core patterns in Microservices Architecture
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Strategies for service decomposition and domain-driven design
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API gateway design and inter-service communication techniques
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Docker containerization and Kubernetes orchestration
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Managing distributed data and ensuring eventual consistency
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Implementing CI/CD pipelines for microservices deployment
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Securing, monitoring, and scaling microservices in production
Who Should Enroll:
This course is ideal for backend developers, DevOps engineers, software architects, and technical leads seeking to adopt or scale Microservices Architecture for modern applications.
Course Features:
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Expert-led video lessons with real-life applications
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Interactive labs and guided coding projects
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Architecture diagrams and deployment walkthroughs
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Downloadable resources and quizzes
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Shareable certificate of completion
Frequently Asked Questions (FAQs)
1. What is microservices architecture?
Microservices architecture is a way to build software in small pieces, called services. Each service does one job and works independently of the others.
2. Why use microservices instead of a big app?
Microservices make apps easier to update and fix. They also allow different teams to work on parts without slowing down the whole system.
3. How do microservices talk to each other?
They use small messages over a network, often with APIs. This lets services share information quickly and easily.
4. What are the main benefits of microservices?
Microservices can grow faster, are easier to fix, and reduce downtime. They also help teams work faster and stay flexible.
5. What are common challenges with microservices?
Managing many services can be tricky. It needs good planning, monitoring, and tools to keep everything running smoothly.
6. Do microservices need special servers?
Not always, but they often use cloud servers or containers. This makes it simple to set up, move, or scale services.
7. Can microservices be used in small projects?
Yes, but they work best in large or complex systems. Small projects may not need the extra complexity microservices bring.
Course Content
Microservices Overview
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Service Oriented Architecture
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Microservices Architecture
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Benefits of Microservices Architecture
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Challenges of Microservices Architecture
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Microservices Data Management
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Microservices Tools
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Design Microservice Architecture
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Microservices Communications
Strangler Fig Pattern
API Gateway Pattern
Backends For Frontends Pattern
Service Discovery Pattern
Circuit Breaker Pattern
Bulkhead Pattern
Retry Pattern
Sidecar Pattern
Event Driven Architecture Pattern
CQRS Design Pattern
Configuration Externalization Pattern
Microservices Design Patterns
Microservices Interview Questions
A course by
Lessons:
