• Programming with Scratch

    Scratch teaches you a number of critical programming concepts that you will be able to later rely on should you decide to make the jump to other more traditional programming languages. The programming concepts that you can learn from Scratch include:

    • Sequential Processing. This involves the processing of application code blocks, in the order that they are laid out, starting at the beginning of a script file and continuing to the end of the script.

    • Conditional Programming Logic. This involves the conditional execution of code blocks based on data collected during application execution.

    • Use of Variables. This involves the storage, retrieval, and modification of data during application execution.

    • Iterative Processing. This involves the repeated execution of code blocks to process large amounts of information or to control the repeated execution of code blocks required to direct the execution of a game or application.

    • Boolean Logic. This involves the application of programming logic that executes based on the analysis of true/false data provided by Scratch during program execution.

    • Interface Design. This involves the development of user-friendly and intuitive application stage layout, making it easy for users to interact with applications.

    • Program Synchronization. This involves the passage and receipt of messages between application scripts for the purpose of coordinating the execution of different parts of an application.

    • Event Handling. This involves the initiation of script execution based on the occurrence of predefined events, such as the pressing of keyboard keys, the pressing of the green flag key, or the receipt of a synchronization message.

    • Application and Game Development. This involves the creation of different types of computer application projects.

    • Sprite Programming. This involves the use of sprites as the basis for developing graphical programs.

    • Application Troubleshooting. This involves the identification, location, and elimination of programming errors, or bugs, that prevent applications from executing as they are supposed to.