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š§© Microservices Architecture Fundamentals Training Course
Microservices Architecture Fundamentals Training Course
š§© Microservices Architecture Fundamentals (3-Day Training Course)
š What are Microservices?
Microservices Architecture is an architectural approach where applications are built as a collection of small, independent services that communicate via APIs. Each service is independently deployable, scalable, and aligned to a specific business capability.
Microservices are commonly implemented using tools like Docker, orchestrated by Kubernetes, and often integrated with cloud platforms such as Amazon Web Services.
šÆ Course Objectives
By the end of this training, participants will:
- Understand microservices architecture principles and benefits
- Compare monolithic vs microservices architectures
- Design loosely coupled and scalable systems
- Implement API-based communication between services
- Manage data in distributed systems
- Deploy microservices using containers
- Apply DevOps practices in microservices environments
šØāš» Target Audience
- Software Developers & Architects
- DevOps Engineers
- Cloud Engineers
- IT Managers & Technical Leads
- Engineering Students
š Day 1: Fundamentals of Microservices Architecture
š¹ Session 1: Monolithic vs Microservices Architecture
- Traditional monolithic architecture
- Limitations of monoliths
- Evolution to microservices
- Benefits: scalability, flexibility, faster deployment
š¹ Session 2: Core Principles of Microservices
- Single Responsibility Principle
- Loose coupling & high cohesion
- Decentralized governance
- Independent deployment
š¹ Session 3: Microservices Components
- API Gateway
- Service Registry & Discovery
- Load balancing
- Configuration management
š¹ Session 4: Communication Between Services
- REST APIs
- Messaging (asynchronous communication)
- Event-driven architecture
š ļø Hands-on Lab:
- Break a monolithic application into microservices
- Design service boundaries
- Build basic REST APIs
š Day 2: Designing & Developing Microservices
š¹ Session 1: Data Management in Microservices
- Database per service pattern
- Event sourcing
- CQRS (Command Query Responsibility Segregation)
- Data consistency challenges
š¹ Session 2: API Management & Security
- API Gateway implementation
- Authentication & Authorization
- OAuth basics
- Rate limiting
š¹ Session 3: Containerization & Deployment
- Using Docker for microservices
- Container lifecycle
- Introduction to Kubernetes orchestration
š¹ Session 4: DevOps for Microservices
- CI/CD pipelines
- Continuous integration & deployment
- Monitoring and logging
š ļø Hands-on Lab:
- Containerize microservices using Docker
- Deploy services locally
- Simulate API Gateway
š Day 3: Scaling, Resilience & Real-World Implementation
š¹ Session 1: Scaling Microservices
- Horizontal scaling
- Load balancing
- Auto-scaling with Kubernetes
š¹ Session 2: Resilience & Fault Tolerance
- Circuit breaker pattern
- Retry mechanisms
- Failover strategies
- Service mesh basics
š¹ Session 3: Observability & Monitoring
- Logging, tracing, metrics
- Tools (Prometheus, Grafana basics)
- Performance monitoring
š¹ Session 4: Best Practices & Challenges
- Service granularity
- Versioning APIs
- Handling failures
- Governance
š ļø Hands-on Lab:
- Deploy a microservices-based application
- Implement scaling and monitoring
- Apply resilience patterns
š Capstone Project
- Design and deploy a real-world microservices application
- Implement API Gateway, database per service, and container deployment
- Integrate monitoring and scaling
š Tools & Technologies Covered
- Docker (containerization)
- Kubernetes (orchestration basics)
- REST APIs & JSON
- CI/CD tools (overview)
- Monitoring tools (Prometheus, Grafana basics)
š Assessment & Certification
- Hands-on lab evaluation
- Final project submission
- Certificate of Completion
ā FAQs
1. What are microservices?
An architectural style where applications are built as small independent services.
2. What is the difference between monolithic and microservices?
Monolith is a single unit; microservices are distributed and modular.
3. Are microservices suitable for all applications?
No, small/simple applications may not need microservices.
4. What is an API Gateway?
A single entry point for all microservices.
5. What is service discovery?
Mechanism to locate services dynamically.
6. Do microservices require Docker?
Not mandatory, but highly recommended.
7. What is CQRS?
Separating read and write operations.
8. What is event-driven architecture?
Services communicate through events.
9. What is a service mesh?
Infrastructure layer for service communication.
10. What are challenges of microservices?
Complexity, data consistency, monitoring.
š¢Ā Learn Microservices architecture in this 3-day training course covering design principles, APIs, containerization, scaling, resilience, and real-world deployment.
š
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