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What is Visual Programming?

Visual Programming is an intuitive approach to software development that allows users to create programs by manipulating graphical elements rather than writing code. It simplifies complex concepts, making programming accessible to a broader audience. With visual programming, you can literally see your ideas come to life. Wondering how this could revolutionize your approach to problem-solving? Let's uncover the possibilities together.
Archana Khambekar
Archana Khambekar

Visual programming is the creation of a computer program by utilizing pictorial elements. Traditionally, a program is a sequence of text statements used to achieve a certain result or solve some problem. Programming languages often have particular ways of representing the work to be done thus leading to complexity. Visual programming attempts to make the creation of programs simpler.

Consider a search conducted within a website where a box is used to enter text. When the user types in a character, a number of suggestions are shown right below the text box. A visual program to achieve this would allow the programmer to place a number of boxes on the screen, one for each task, and use arrows to indicate the flow between tasks.

Woman doing a handstand with a computer
Woman doing a handstand with a computer

The first box on the screen would indicate that it is waiting for user action. When a character is typed the flow will be directed to a box which determines whether the character is valid. If the character is valid then the flow will be directed to another box on the screen that searches the database.

Searching the database would itself have a number of subtasks. Clicking on the box for database search would bring up a new screen to let the programmer indicate those subtasks and the flow between them. Aspects such as stopping the search when a fixed number of suggestions are found or giving up the search when not enough suggestions are found in a given amount of time, would be considered and dealt with by the programmer in this screen.

A computer program has many facets to it besides action and flow. These include relationships between the data, sharing of data with other programs, spreading the work among resources, and linkage of graphical elements for ease of use. A set of text statements does not always handle all of these actions in a smooth manner and it may not be easy for other programmers to understand all the implications. Visual programming attempts to address most of these aspects.

There are many languages that allow programming to be done visually. Typically, visual programming languages include: Tersus for web applications, MVPL for robotics, LabVIEW for scientists, and SynthMaker for audio tools. There are visual languages for programming hand-held and embedded computers. However, Visual C# or Visual Basic are not visual languages. Though popular, they merely allow on-screen placement of items with which the user interacts.

Visual programming has been criticized for making programs toy-like and for the number of visual elements that can be shown on a screen at one time. The Deutsch Limit indicates that roughly 50 elements can be shown. Just as textual programming languages have evolved, there is promise that visual languages can also address these challenges.

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Discussion Comments


You might like to look at Scratch, which children have found easy to use. It allows powerful scripts (including animation) to be created using a "jigsaw puzzle" model to enforce the rules.



If everyone makes a website, certain websites are going to be better than others. The factor that determines how good a website is going to be is how much of a novelty the main idea behind it is, not the ease of the coding. I think that empowering each individual through helpful sites is what everybody is really looking for.


Getting a human language to interact with a computer function is something like a large chain starting with the human's desire and working its way to the computer via many translations. This multi-tiered process is quite complicated and is being expanded to include translation of many languages into a collective database. Soon we will be seeing AI advance to include translation of human languages in a very effective manner.


Programming is becoming more and more accessible to the common user to the point where the internet is becomings something like a massive human project where everyone can mold and run with their own ideas. I think that we will start seeing more and more people working from home using websites and advertising that see a very large amount of traffic every day.

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    • Woman doing a handstand with a computer
      Woman doing a handstand with a computer