Introduction
This training builds a solid foundation in software architecture with a strong focus on system design, scalability strategies, and quality attributes. It helps learners understand how to design resilient, high-performing systems while balancing technical constraints and business requirements.

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

Table of Contents
1. Introduction to Software Architecture
1.1 Definition and Importance of Software Architecture
1.2 Role of Architecture in Software Lifecycle
1.3 Responsibilities of a Software Architect
2. Architectural Design Fundamentals
2.1 Architecture vs Application Design
2.2 Components, Connectors, and Boundaries
2.3 Modularity, Coupling, and Cohesion
3. Architectural Styles and Approaches
3.1 Monolithic and Layered Architectures
3.2 Client-Server and N-Tier Architecture
3.3 Microservices and Service-Oriented Architecture
3.4 Event-Driven Architecture
4. Design Patterns in Architecture
4.1 Structural and Behavioral Patterns
4.2 MVC, MVVM, and Clean Architecture
4.3 Integration and Communication Patterns
5. Scalability Concepts
5.1 Vertical vs Horizontal Scaling
5.2 Stateless vs Stateful Design
5.3 Load Balancing and Traffic Management
5.4 Caching and Data Partitioning
6. Performance and Reliability Design
6.1 Performance Bottlenecks and Optimization
6.2 High Availability and Fault Tolerance
6.3 Resilience and Failover Strategies
7. Quality Attributes
7.1 Scalability, Performance, and Availability
7.2 Security and Compliance
7.3 Maintainability and Extensibility
7.4 Testability and Observability
8. Architecture Decision-Making
8.1 Identifying Architectural Drivers
8.2 Trade-Off Analysis and Constraints
8.3 Architecture Decision Records (ADRs)
9. Architecture Documentation
9.1 Architecture Views and Viewpoints
9.2 UML and C4 Model
9.3 Communicating Architecture to Stakeholders
10. Distributed Systems Fundamentals
10.1 Basics of Distributed Architectures
10.2 CAP Theorem and Consistency Models
10.3 Inter-Service Communication
11. Cloud and Modern Architecture Foundations
11.1 Cloud-Native Design Principles
11.2 Containers and Orchestration Basics
11.3 Serverless Architecture Overview
12. Security in Architecture Design
12.1 Secure Design Principles
12.2 Authentication and Authorization Models
12.3 Data Protection and Encryption
13. Architecture Evolution and Governance
13.1 Managing Technical Debt
13.2 Refactoring and Evolutionary Architecture
13.3 Legacy System Modernization
14. Best Practices and Case Studies
14.1 Common Architecture Pitfalls
14.2 Real-World Design Scenarios
14.3 Aligning Architecture with Business Goals

This course equips learners with essential skills to design scalable, high-quality software systems. Participants gain practical insight into architectural decision-making and modern design best practices.