Introducción

What is software design?

Software design is a crucial process in the development of effective applications, in which components are created and related in an optimal way to fulfill a particular objective. This goal can range from creating a new application to improving an existing one. But why is software design so important? It becomes the bridge between conceptual ideas and their practical implementation, ensuring that applications are scalable, testable and maintainable.

What do software engineering and framework engineering involve?

Software engineering and framework engineering are two essential but different components in the development process. Software engineering represents the fundamentals of software creation. It is the foundation on which applications of all types are developed: mobile, desktop or web.

On the other hand, framework engineering refers to the use of pre-existing components and tools offered by popular frameworks such as Android, iOS or AngularJS. Herein lies a common problem: while many people are familiar with the technical aspects of frameworks, they tend to forget the essential fundamentals of software engineering. This includes vital aspects such as scalability, maintainability and testability. Emphasizing both fields allows the creation of applications that are not only functional, but also robust and efficient.

How is the creation of components and frameworks performed?

Identification and creation of main components

To begin with, it is imperative to identify the core components necessary for the development of an application. These may include user interface elements, controllers, data models, among others. The correct identification and creation of these components are the cornerstone for successful application development.

Component Relationship and Structuring

Once the necessary components have been created, the next step is to relate them properly to form larger structures. These structures are what allow the components to work together to achieve the desired goal. Incorporating efficient relationships between components is key to optimal software performance.

Monitoring tools and creation of best practices

In the last stage, the focus is on tools to monitor performance and aspects such as interchangeability of components. In addition, effective software design is not limited to building and organizing components, but also to implementing best practices. It is essential to maintain a development culture that encourages best practices by using the right tools for each step of the process.

Never forget that effective software design is a continuous process of learning and improvement. As at Platzi, it is vital to keep adopting the best concepts and practices to develop the most competent applications. The learning journey never stops, and every day is a new opportunity to hone your software engineering skills.