Intermediate
Microservices & Micro Frontend system design — From basics to Production
Comprehensive series on Full-Stack system design with Microservices Backend and Micro Frontend — from system separation thinking using Domain-Driven Design, API design (REST, GraphQL, gRPC), Data Architecture (Saga, CQRS, Event Sourcing), to Micro Frontend architecture (Module Federation, Shell App, Design System), BFF Pattern, API Gateway, Testing Strategies, CI/CD Pipeline, Observability full-stack and Production Readiness. Includes a practical case study of building an E-Commerce Platform and migration instructions from Monolith. Technology update 2026.
Intermediate
Cloud Native Microservices Architecture
Comprehensive series on Cloud Native Microservices architecture — from container platforms, Kubernetes, microservices design principles (DDD, Bounded Context), communication models (REST, gRPC, Event-Driven), to Data Management (CQRS, Saga, Event Sourcing), Service Mesh, Observability, Resiliency Patterns, CI/CD GitOps and Security. Combine solid theory with practical architecture for production systems.
Intermediate
In-depth Event-Driven Microservices architecture
In-depth course on Event-Driven Microservices Architecture. Includes Apache Kafka & Pulsar, Saga Pattern, CQRS & Event Sourcing, Outbox Pattern, Exactly-once Semantics, Schema Registry, Dead Letter Queue, and Choreography vs Orchestration. Design an event-driven production-ready microservices system with consistency guarantees. Case studies: Uber, Wix, Booking.com. Updated 2026.
Intermediate
System Architecture: From Zero to Hero
The System Architecture course is comprehensive from basic to advanced, helping you master how to design large-scale systems. Includes fundamental knowledge of Scalability, Availability, Consistency, architectural patterns such as Microservices, Event-Driven, CQRS, along with infrastructure components such as Load Balancer, CDN, Caching, Message Queues, Database Scaling. The course combines theory with real-life case studies from Netflix, Uber, Twitter and other large systems. Updated according to modern architectural trends 2026.