How to visualize the software using effortless diagrams!

Software visualization is essential in the software development lifecycle to realize how the software will be conceptualized, visualized, structured, understood, and implemented. Software visualization can be defined as the art and science of generating visual representations for the various aspects of the software.

The purpose of the visualization is setting a common understanding of the system for all stakeholders, for example, business users, development team, architects, designers, …etc.

It is a part of Software architecture and design which usually needs problem-solving and planning. This may include both a low-level component, algorithm design, and a high-level architecture design. The image below can summarize the types of visualization in the software architecture, for example, if we would like to present a system of two components, it can be visualized by text visualization or graphical visualization. I think all of us can conclude that the software requirements specifications document can be a textual visualization of the system. I think yes but not only as part of this textual presentation should include the design decisions and may have pseudo code in some parts.

sample component

In this article, we will discuss different types of graphical visualization for the software that are commonly used in the software development lifecycle. Therefore, We will discuss the following diagrams and their usage:

  • Context Diagram
  • Use Case Diagram
  • Activity Diagram
  • Class Diagram
  • Entity-Relationship Model

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5 Core competencies every Business Analysts MUST have

The Business Analyst is a key role in any software project and he is responsible mainly for the output from the analysis which phase is critical for the software project success, in this article we will discuss 5 core competencies that business analyst should have. let us go through them.

Creative thinking

Creative thinking is the process by which we generate new ideas, imagine possibilities, and find relationships among seemingly unrelated concepts.

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