A hands-on approach to Software Solution Architecture of large-scale systems using modern methods & open source products
InstructorNewTechWays - Anurag Yadav
The curriculum moves from a basic 3-tier application to a fully distributed system, covering scaling components at every layer.
One sampled review suggests that learners transition from manual single-node deployments to automated orchestration using Kubernetes and Docker.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This system architecture diagram illustrates an asynchronous processing workflow where requests are routed through CDNs and caches to backend services like Inventory and Order Processing via RabbitMQ and Kafka.
This detailed architecture diagram maps out the components of a large-scale system, highlighting data flow from user interfaces through microservices to big data analytics tools like Spark and Hadoop.
This detailed architectural diagram maps the complete data flow of a large-scale system, highlighting security protocols, service interactions, and backend infrastructure components.
This architectural diagram maps a complex software system to specific cloud infrastructure, illustrating the flow between frontend clients, backend services, and data storage layers.
The technical path includes essential modern operations tools like the EFK stack, Jaeger for tracing, and Prometheus for monitoring.
The reliance on older versions, such as JDK 8, may conflict with current professional requirements for modern Spring and Java environments.
The curriculum aligns with the goal of architecting large-scale systems for intermediate developers.