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Summary In this unit, we will learn about pseudocode, an essential tool for planning and structuring programs in a way that's language-independent and accessible to all. We will explore its key characteristics: being short, clear, and precise, and how it effectively communicates the start and end of a program.

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In this unit, we will explore the essential concepts of selection in programming, understanding how decisions are made to run specific pieces of code based on certain conditions. We will familiarise ourselves with the key conditional keywords like IF, THEN, and ELSE, and decipher the different symbols used for comparisons in programming, such as '>', '<', and '='. Through flowcharts and pseudocode, we'll learn how to navigate these branching routes, mastering the "if-then-else" logic that controls program flow.

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In this unit, we will explore algorithms and their outcomes. We will delve into the process of predicting and testing how algorithms behave and perform in various scenarios. By examining different types of algorithms, such as those used in simple calculators or more complex computer games, we will develop our understanding of how inputs affect outputs.

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In this unit, we'll learn about decomposition, breaking down problems into smaller, manageable parts. We'll see how this method simplifies solving tasks and enhances teamwork by assigning tasks based on strengths. By the end, we'll understand how to apply decomposition to various challenges.

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