The computer can only do what we tell it to do. Even if the step seeems obvious to us, it’s not to the computer. This is a really important concept for coders to understand because a coder must tell the computer (or robot, or whatever you are coding) EVERY SINGLE STEP it must take.

In coding, decomposition means breaking down a larger task into smaller, logical steps. However, the most logical (most efficient structure and arrangement), is to code the robot to go from point A to point B in a straight line (with no extra stops, spins or jumps). For instance, if your task is to code a robot to walk from point A to point B, you could technically code the robot to go from point A to point C, spin around, go to point D, jump, and then finally go to point B. In coding, logic referes to the structure and arrangement of a task.

Let’s take a look at some of the most fundamental principles of coding and why they are important. They start with the basic principles, learn to apply them and keep going from there! Start with the Basics If you’d like more information about coding for 4 year olds, check out our blogpost, “ Coding for 4 Year Olds” How Kids Learn to Code For a more in depth look at why young kids should learn to code, click here. Yes! They definitely can! We’re not saying that your 4 year old will be able to code a viral video game next week, but kids (even young kids) can actually learn coding fundamentals and apply them to simple projects. Can Young Children Actually Learn to Code?

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