Description

Introduction
This training delivers an in-depth understanding of software architecture by covering foundational principles, widely adopted architectural patterns, and proven best practices. It focuses on designing systems that are scalable, secure, maintainable, and aligned with business goals, using real-world scenarios and structured decision-making approaches.

Prerequisites
Basic knowledge of software development, familiarity with object-oriented concepts, understanding of application lifecycle, and exposure to databases, APIs, or distributed systems is recommended.

Table of Contents
1. Software Architecture Overview
1.1 What Is Software Architecture
1.2 Importance of Architecture in Software Projects
1.3 Role and Skills of a Software Architect
1.4 Architecture vs Detailed Design

2. Core Architectural Principles
2.1 Separation of Concerns
2.2 Modularity and Loose Coupling
2.3 High Cohesion and Reusability
2.4 Design for Change and Evolution

3. Quality Attributes and System Characteristics
3.1 Performance and Scalability
3.2 Availability and Reliability
3.3 Security and Compliance
3.4 Maintainability and Extensibility
3.5 Testability and Observability

4. Architectural Styles
4.1 Monolithic Architecture
4.2 Layered and N-Tier Architecture
4.3 Client-Server Architecture
4.4 Microservices Architecture
4.5 Event-Driven and Message-Based Architecture
4.6 Service-Oriented Architecture (SOA)

5. Architectural Patterns
5.1 MVC, MVP, and MVVM
5.2 Clean Architecture and Hexagonal Architecture
5.3 Repository and Unit of Work
5.4 CQRS and Event Sourcing
5.5 API Gateway and Backend-for-Frontend

6. Architecture Design Process
6.1 Understanding Business and Technical Requirements
6.2 Identifying Architectural Drivers
6.3 Defining System Components and Boundaries
6.4 Selecting Appropriate Patterns and Styles

7. Architecture Documentation and Communication
7.1 Architecture Views and Viewpoints
7.2 UML and C4 Model
7.3 Architecture Decision Records (ADRs)
7.4 Communicating Architecture to Stakeholders

8. Distributed Systems Fundamentals
8.1 Basics of Distributed Computing
8.2 CAP Theorem and Consistency Models
8.3 Inter-Service Communication
8.4 Data Management in Distributed Systems

9. Security and Architecture
9.1 Secure Design Principles
9.2 Authentication and Authorization Models
9.3 Data Protection and Encryption
9.4 Threat Modeling and Risk Mitigation

10. Performance and Scalability Design
10.1 Caching Strategies
10.2 Load Balancing and Failover
10.3 Horizontal vs Vertical Scaling
10.4 Performance Bottlenecks and Optimization

11. Cloud-Native and Modern Architectures
11.1 Cloud Architecture Fundamentals
11.2 Containers and Orchestration Concepts
11.3 Serverless Architecture Overview
11.4 Designing for Resilience in the Cloud

12. Architecture Evaluation and Governance
12.1 Architecture Review Techniques
12.2 Trade-Off Analysis Method (ATAM)
12.3 Technical Debt and Architecture Governance
12.4 Ensuring Architectural Compliance

13. Evolutionary Architecture
13.1 Refactoring and Incremental Improvements
13.2 Migrating Legacy Systems
13.3 Strangler Fig Pattern
13.4 Managing Change Over Time

14. Real-World Case Studies and Best Practices
14.1 Common Architecture Mistakes
14.2 Lessons from Successful Systems
14.3 Aligning Architecture with Business Strategy
14.4 Practical Design Scenarios

This training builds a strong architectural mindset by combining theory with practical design techniques. Participants gain the confidence to make sound architectural decisions and apply principles and patterns effectively in real-world software systems.