Software architecture defines the structured framework through which complex software systems are conceptualized, organized, and maintained. It plays a critical role in aligning technical design with business and operational objectives. This training program introduces architectural models, evaluates quality attributes, and structures decision making frameworks. It also addresses documentation standards and methods of architectural communication.
Identify the role and scope of software architecture in system design.
Classify major architectural styles and integration models.
Evaluate software systems against quality attributes such as performance, security, and reliability.
Gain the required skills to structure decision making processes based on technical and business constraints.
Utilize documentation techniques for communicating architectural design.
Software Architects.
Senior Software Engineers involved in architecture design.
Technical Leads and Project Managers.
IT Professionals working in systems design.
Engineers transitioning into architecture roles.
Conceptual foundations and importance of architecture in software systems.
Role differentiation between architect, developer, and designer.
Distinction between architecture and design patterns.
Overview of traditional and modern architectural styles.
Structural evolution of architecture frameworks.
Comparative structure of layered and monolithic styles.
Operational mechanics of client-server models.
Microservices as a modular architectural strategy.
Oversight on event driven architecture structures and their use cases.
Overview of SOA and service integration layers.
Methods for supporting scalability and performance in architecture.
Structural integration process of security and data protection.
Architectural models promoting maintainability and modularity.
Availability, fault tolerance, and system recovery frameworks.
Institutional models supporting user-centric design attributes.
Identification and structuring process of architecture level requirements.
Trade off frameworks between competing quality attributes.
Strategic foresight for system change and scalability.
Evaluation models for legacy system refactoring.
Standards for architectural modeling and visualization.
Structured approaches to UML and similar documentation tools.
Institutional models for stakeholder communication.
Role of documentation in Agile and DevOps environments.
Guidelines for versioning and maintaining architectural records.
