Résumé de section

    • This chapter explores how computers store and manipulate different types of data internally. It covers the binary system as the foundation of all digital representation, and introduces key concepts such as number bases (binary, octal, hexadecimal), as well as encoding standards like ASCII

    • This chapter introduces the mathematical foundation underlying digital circuits. It covers Boolean algebra, its basic operations (AND, OR, NOT) and fundamental laws, then connects these concepts to logic gates — the elementary building blocks of all digital systems. Students will learn how to design and simplify logical expressions using tools such as truth tables and Karnaugh maps.

    • This chapter introduces the fundamental concepts of algorithmic thinking and problem-solving. It covers the basic structures of an algorithm — sequences, conditions, and loops — and explains how to design, write, and analyze algorithms before translating them into code. Students will learn to develop logical and efficient solutions to computational problems using flowcharts and pseudocode as key tools.

    • This chapter introduces the C programming language, one of the most widely used and influential languages in computer science. It covers the fundamental concepts of C, including data types, variables, operators, control structures (if, switch, loops), functions, and arrays. Students will learn how to write, compile, and execute C programs, developing practical skills in structured programming and problem-solving through hands-on coding exercises.