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| tanszek:oktatas:computerstud [2024/09/03 18:33] – nasraldeen | tanszek:oktatas:computerstud [2024/11/21 15:50] (current) – nasraldeen |
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| ====== Computer Studies ====== | ====== Computer Studies ====== |
| ^ **Course Title: Computer Studies** ^^ | ^ **Course Title: Computer Studies** ^^ |
| | Description | This course covers foundational and advanced topics in computer hardware, software, and programming. It begins with essential PC hardware concepts, including system architecture, microprocessors, memory, and the principles of Turing machines and Neumann architecture. The course then introduces software fundamentals, focusing on operating system tasks and advanced Excel skills. Students will learn Python programming, exploring input/output operations, and essential programming constructs like branching, loops, and library functions. Additionally, the course addresses basic algorithms, file management, computer viruses, and protection. | | | Description | This course covers foundational and advanced topics in computer hardware, software, the binary number system, and programming. It begins with essential PC hardware concepts, including system architecture, microprocessors, memory, and the principles of Turing machines and Neumann architecture. The course then introduces software fundamentals, focusing on operating system tasks, the binary number system, and Excel skills. Students will learn Python programming, exploring input/output operations, and essential programming constructs like branching, loops, and library functions. Additionally, the course addresses basic algorithms, file management, computer viruses, and protection. | |
| | Semester | Autumn 2024 | | | Semester | Autumn 2024 | |
| | Neptun code | GEIAK201-B2A | | | Neptun code | GEIAK201-B2A | |
| ^ Lecture # ^ Topic ^ | ^ Lecture # ^ Topic ^ |
| | Lecture 1 | Personal Computer (PC) Hardware Basic Concepts| | | Lecture 1 | Personal Computer (PC) Hardware Basic Concepts| |
| | Lecture 2 | Internal hardware devices| | | Lecture 2 | Processing Devices| |
| | Lecture 3 | A functional system diagram of a computer, The microprocessor, The bus. Memory, libraries, Turing machine, Neumann principle| | | Lecture 3 | A functional system diagram of a computer, The microprocessor, The bus. Memory, libraries, Turing machine, Neumann principle| |
| | Lecture 4 | Software basic concepts, Tasks of the operating system| | | Lecture 4 | Software basic concepts, Tasks of the operating system| |
| | Lecture 5 | Introduction, Basic and Intermediate Excel Skills| | | Lecture 5 | The Binary Number System| |
| | Lecture 6 | Advanced Excel knowledge| | | Lecture 6 | Introduction, Basic and Intermediate Excel Skills| |
| | Lecture 7 | Midterm Exam| | | Lecture 7 | Advanced Excel knowledge| |
| | Lecture 8 | The general structure of Python programs | | | Lecture 8 | Midterm Exam| |
| | Lecture 9 | Python Data Structures, In- and out| | | Lecture 9 | The general structure of Python programs| |
| | Lecture 10 | The concept of title, value, indicator, Python language instructions, Branch organization, cycle organization| | | Lecture 10 | Python Data Structures, In- and out| |
| | Lecture 11 | Python library functions, basic algorithms interpreted on vectors| | | Lecture 11 | Python language instructions, Branch organization, cycle organization, The concept of title, value and indicator| |
| | Lecture 12 | Structures and basic file management, computer viruses and protection| | | Lecture 12 | Python library functions, Basic algorithms interpreted on vectors, Structures and basic file management, Computer viruses and protection| |
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| * [[Lecturenotes|Lecture notes]] | * [[Lecturenotes|Lecture notes]] |
