Software Architecture Design Course And Certification

What is Software Architecture Design?

Software Architecture Design is the combination of several factors that contribute to the design and development of a software, such as business strategy, human dynamics, quality attributes, design and I.T environment. 

Software Architecture is the fundamental structure of a software system and the processes involved in creating such structures and systems. 

Software Architecture is typically used to refer to the bigger structures of a software system development process, and it concerns with how lots of software processes cooperate to carry out their given tasks.

Software Design refers to the little structures and components and it deals with the internal design of an individual software process.

The Architecture Design of a System or Software denotes its major features/components, their relationships/structures, and how they communicate with each other. 

Components Of Software Architecture Design: 

Software Architecture and Design process has two parts:

1. Software Architecture 

2. Software Design

Software Architecture serves as a major blueprint for a software system. It provides an abstraction to handle the system complexity and establish a communication and co-ordination feature among components.

Software Design provides a design plan that describes the elements and components of a system, how they fit into the system and work together to reach and fulfill the requirement of the system. 

The primary goal of this architecture is to find out the requirements that directly or indirectly affects the structure of the application. A well-structured architecture brings down the business risks that are associated with building a technical solution and it builds a link between business and technical requirements for a software system.

Features Of Software Architecture Design

There are many features of Software Architecture Design, some of them are:

1. Conceptual Integrity: Conceptual Integrity defines the consistency and coherence of the overall software design. This includes the way in which the components or modules are designed.

2. Maintainability: This is the ability of the system to pass through various changes with a degree of ease.

3. Reusability: This defines the capability for software components and subsystems to be suitable and easily reusable in other applications.

4. Interoperability: This is the ability that a system or different systems have that lets it run successfully by interacting and exchanging information with other external systems that are written and run by external parties.

5. Scalability: This is the ability of a system to either mange the load increase without having effects on the performance of the system or the ability of the system to be readily enlarged to contain such increase.

6. Security: This is the capability of a software system to prevent malicious or accidental actions outside of its designed usages.

7. Performance: This is the indication of the responsiveness of a software system to carry out any action that is within a given time interval.

8. Availability: This defines the amount of time that the system is functional and working. It can be calculated and measured as a percentage of the total system downtime over a predetermined period of time.

9. Supportability: This is the ability of a software system to provide helpful information for identifying and resolving issues when the software fails to work correctly.

10. Testability: This feature helps you to measure how easy it is to develop test criteria for the system and its various components. 

Benefits Of Software Architecture Design

There are lots of Benefits of Software Architecture Design, some of them are:

1. Software Architecture exposes the structure of the system to, but hide its implementation details.

2. Software Architecture lets you find out all the use-cases and scenarios in your software.

3. Software Architecture lets you try to address the requirements of different stakeholders.

4. Software Architecture lets you handle both functional and quality requirements.

5. Software Architecture improves the quality and functionality that is offered by the system.

By the end of this course, students will develop a sound understanding of the basic and advanced concepts of software architecture and design concepts and will be in a position to choose and follow the right path and pattern for any given software project development. 

Software Architecture Design Course Outline:

Software Architecture Design - Introduction

Software Architecture Design - Key Principles 

Software Architecture Design - Architecture Models 

Software Architecture Design - Object-Oriented Paradigm 

Software Architecture Design - Data Flow Architecture 

Software Architecture Design - Data-Centered Architecture 

Software Architecture Design - Hierarchical Architecture 

Software Architecture Design - Interaction-Oriented Architecture 

Software Architecture Design - Distributed Architecture 

Software Architecture Design - Component-Based Architecture 

Software Architecture Design - User Interface 

Software Architecture Design - Architecture Techniques 

Software Architecture Design - Video Lectures 

Software Architecture Design - Exams and Certification 

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