Descriptions
This course teaches you how to design, build, and deploy microservices using .NET and modern development practices. You’ll learn service architecture, API development, containerization, inter-service communication, and cloud deployment strategies. By the end, you’ll be able to create scalable, resilient, and production-ready distributed applications confidently.
Timing/Duration
- Total Duration - 3 Days
- Total Hours - 24 Hours
- Days - Sat, Sun, Sat
- Start Date - Mar 15
- End Date - Mar 18
- Timing - 9:30 am to 5:30 pm
Pricing - 14,400 INR | Payment Terms - Full Payment
Suitability:
This program suits developers who already know basic C#, .NET, and REST APIs and want to upgrade to modern, industry-ready architecture skills.
It is ideal for working professionals and final-year students aiming to build scalable, real-world systems and move beyond simple CRUD applications.
Prerequisites:
Participants should have a working knowledge of C#, .NET, and building basic REST APIs, along with familiarity using Visual Studio and SQL databases.
Understanding HTTP, JSON, and fundamental OOP concepts will help them grasp distributed communication and service design more quickly.
Course Exclusions:
This fast-track program does not cover beginner programming, basic C# syntax, or step-by-step CRUD application development.
Advanced Kubernetes orchestration.
Environment / Tools Required
- Visual Studio 2022
- Microsoft Azure
- Ram - 8 GB minimum
- Postman
- Window - 10, 11
Video - www.youtube.com
Course Lessons
1.1 What is Microservices Architecture
1.2 Monolith vs Microservices
1.3 Benefits, trade-offs & when NOT to use
1.4 Real-world architecture examples
2.1 Identifying service boundaries
2.2 Bounded Context (DDD basics)
2.3 Database per service concept
2.4 Avoiding shared database pitfalls
3.1 Creating RESTful services
3.2 DTOs & clean layering
3.3 Validation & exception handling
3.4 Logging basics
4.1 Synchronous communication (REST)
4.2 Asynchronous messaging concepts
4.3 Event-driven architecture basics
4.4 When to choose sync vs async
5.1 Need for API Gateway
5.2 Routing & aggregation
5.3 Authentication & rate limiting
5.4 Gateway implementation overview
6.1 Why distributed systems fail
6.2 Retry & timeout strategies
6.3 Circuit breaker pattern
6.4 Implementing resilience with Polly
7.1 Database per service pattern
7.2 Eventual consistency explained
7.3 Saga pattern basics
7.4 Handling distributed transactions
8.1 Authentication vs Authorization
8.2 JWT authentication
8.3 Securing service-to-service communication
8.4 API security best practices
9.1 Docker fundamentals
9.2 Creating Dockerfiles
9.3 Docker Compose for multi-service setup
9.4 Running microservices locally
10.1 Build a multi-service system
10.2 API Gateway integration
10.3 Logging & health checks
10.4 Testing & demonstration