Mastering Software Architecture Patterns For System Design

Learn to design scalable, maintainable software systems using proven architecture patterns and real-world system design

What you'll learn

Core software architecture principles and how they differ from software design and code, including quality attributes and architect responsibilities.

Modern architectural patterns like layered, hexagonal, clean, onion, microservices, SOA, and modular monoliths—when and why to use each.

Integration and communication patterns such as API Gateway, BFF, pub-sub, and resilience techniques (e.g., retries, circuit breakers, chaos testing).

Security and governance foundations, including Zero Trust, OAuth2, JWT, service-to-service security, and secrets management best practices.

Cloud-native architectures and scalability patterns like serverless, containerized deployments, autoscaling, edge computing, and observability tooling.

Decision-making frameworks for choosing the right architecture patterns, analyzing trade-offs, and learning from real-world anti-patterns and failures.

Requirements

Basic understanding of software development (any programming language — Java, C#, Python, JavaScript, etc.)

Familiarity with web applications or backend systems (e.g., REST APIs, databases, or MVC frameworks)

General knowledge of software engineering concepts like classes, functions, and modular code

A willingness to think in terms of architecture, systems, and long-term design trade-offs

No prior experience in architecture roles required — ideal for developers aspiring to become architects or senior engineers

You don’t need to be a cloud expert or have formal architecture training — this course will guide you step-by-step from fundamentals to advanced architectural decisions.

Description

Ready to become the architect behind scalable, secure, and high-performance systems?Mastering Software Architecture Patterns for System Design is your step-by-step blueprint to designing modern, production-grade software like the pros at Google, Netflix, and Amazon.In today’s cloud-native world, just writing code isn’t enough — you need to think in architecture. This course teaches you how to design, evaluate, and evolve software systems that are built for scale, agility, and change. Whether you're an experienced developer, a future tech lead, or preparing for a system design interview, this course will give you the architectural mindset top companies demand.You’ll explore proven patterns like Hexagonal, Clean, and Onion Architectures, as well as distributed models including Microservices, Service-Oriented Architecture (SOA), and Event-Driven Systems. You’ll master API Gateways, CQRS, Event Sourcing, Containerization (Docker, Kubernetes), Serverless, CDNs, and more.Learn how to make smart architectural decisions using tools like Architecture Decision Records (ADRs) and C4 diagrams, while avoiding costly anti-patterns.Packed with real-world use cases, interactive diagrams, and practical decision-making strategies, this course empowers you to architect for the real world — not just the whiteboard.By the end, you’ll be ready to design robust systems across enterprise software, scalable APIs, and cloud-native platforms, with confidence and clarity.

Overview

Section 1: Introduction and Foundations of Software Architecture

Lecture 1 Introduction

Lecture 2 What is Software Architecture?

Lecture 3 Architecture vs. Design vs. Code

Lecture 4 Quality Attributes in Software Architecture

Lecture 5 Role & Responsibilities of a Software Architect

Lecture 6 Documenting Architecture: ADRs, C4 Diagrams & Best Practices

Section 2: Layered & Modular Architecture Patterns

Lecture 7 Monolithic and Layered Architectures

Lecture 8 Hexagonal Architecture

Lecture 9 Clean and Onion Architectures

Lecture 10 Applying Modular Architectures in Real Systems

Section 3: Distributed Systems & Service Architectures

Lecture 11 Service-Oriented Architecture (SOA)

Lecture 12 Microservices Architecture Overview

Lecture 13 Modular Monoliths and Migration Strategy

Lecture 14 Micro Frontends & UI Composition

Lecture 15 Real-World Use Cases for Distributed Styles

Section 4: Communication & Integration Patterns

Lecture 16 Communication Patterns: Sync vs Async

Lecture 17 API Gateway & Backend for Frontend (BFF)

Lecture 18 Messaging and Event Brokers

Lecture 19 Resilience Patterns: Retry, Circuit Breaker, Timeouts

Lecture 20 Building Fault-Tolerant Systems

Section 5: Security & Governance in Architecture

Lecture 21 Security Principles & Zero Trust

Lecture 22 Auth & Identity: OAuth2 and OpenID Connect

Lecture 23 API & Service Security

Lecture 24 Secrets & Token Management

Lecture 25 Real-World Security Scenarios

Section 6: Event-Driven & Reactive Systems

Lecture 26 Event-Driven Architecture Basics

Lecture 27 Event Sourcing + CQRS

Lecture 28 Reactive Principles & Reactive Systems

Lecture 29 Distributed Consistency: Saga & Outbox Patterns

Section 7: Cloud-Native & Scalable Architecture Styles

Lecture 30 Cloud Service Models – IaaS, PaaS, SaaS, and Beyond

Lecture 31 12-Factor App Design

Lecture 32 Serverless Architecture Explained

Lecture 33 Containerization with Docker & Kubernetes

Lecture 34 Load Balancing & Autoscaling

Lecture 35 Edge Architectures: CDN & Edge Functions

Lecture 36 Observability: Logs, Metrics & Tracing

Section 8: UI Architecture Patterns for Apps

Lecture 37 UI Architecture Patterns: MVC, MVP, MVVM

Lecture 38 Unidirectional UIs: MVU & VIPER

Lecture 39 Offline-First & Data Sync

Lecture 40 Selecting UI Patterns by Platform

Section 9: Architectural Decision-Making & Trade-Offs

Lecture 41 Choosing the Right Architecture Pattern

Lecture 42 Trade-Off Analysis

Lecture 43 Pattern Selection Frameworks

Lecture 44 Architecture Anti-Patterns & Failure Stories

Lecture 45 Influence of Domain-Driven Design

Section 10: Conclusion & Next Steps

Lecture 46 Conclusion, Gratitude & Way Forward

A mid-level developer aiming to move into a more architectural role,A senior engineer looking to make better design and system-level decisions,A tech lead or engineering manager who needs to guide teams with sound architectural choices,Or a solutions architect seeking to strengthen your foundation and stay current with modern patterns