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End user development allows software users to create new applications and resources within a program, leading to faster development time and increased engagement. This differs from standard software development where only designers and developers create new applications. End user development can lead to a more customizable program and a larger user base. It has been implemented in computer games, artistic programs, and scientific modeling software.
End user development is when the end user of a software program is responsible for developing new applications or resources within that program. This is the opposite of basic software development, where the company responsible for building a program is also the one developing all the applications and resources for it. The main benefits of such development include that it can speed up development time and that users can feel more engaged with the software. End-user development has been used in a number of different programs, including computer games, illustration programs, and scientific modeling software.
The main difference between end user development and normal software development is how a user uses the software. Standard development usually involves only software designers and developers creating new applications and uses of the software, which are then delivered to users. Through end-user development, however, a program can continue to grow after it’s released, as users create new applications within the software or use the program to create new resources. This allows a software developer to release a program that is complete, but not intended to meet the needs of every possible user, because users themselves are given the ability to make the software meet their own needs.
By using end-user development, a software company can also enable users to feel more personally involved in creating new content. This is not always true for all users, as some individuals are likely to use the software and content developed by others, but not engage in the development themselves. Such a program is likely to be more customizable and could generate a larger user base, however, as people often become loyal to the software they are capable of manipulating.
End user development has been implemented into a number of software programs for various uses and reasons. Computer games, for example, often include toolsets or development kits that provide players with many of the same tools developers use, allowing players to create new levels, environments, creatures, and experiences for other players. Artistic programs may also include similar functionality, giving users the ability to create new tools for use in the program itself. Scientific modeling software can use development by end users to give them the ability to create various scenarios and scripts of different behaviors, allowing users to test various possible situations and create realistic virtual models of physical events.
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