What is the importance of program modularity in KUKA programming?

The importance of program modularity in KUKA programming primarily lies in its ability to enhance reusability and ease debugging. When a program is written in a modular fashion, it is divided into distinct sections or modules, each responsible for a specific part of the overall functionality. This organization allows developers to reuse these modules in different projects without having to rewrite code, saving time and effort.

Additionally, if a bug or error occurs, modularity simplifies the debugging process. Developers can isolate and test individual modules without needing to sift through the entire codebase. This not only speeds up the identification of issues but also contributes to overall program quality and maintainability.

Thus, the emphasis on reusability and the streamlined debugging process makes program modularity a crucial aspect of KUKA programming.