
The Structured Programming course introduces learners to the fundamental principles and techniques of developing well-organized, efficient, and reliable computer programs. It emphasizes the use of structured programming concepts such as sequence, selection, and iteration, promoting clarity, modularity, and ease of maintenance in code.
Students learn how to design algorithms, use flowcharts and pseudocode, and translate problem-solving logic into actual programs using a structured programming language such as C, Python, or Java. The course also covers variable declaration, data types, control structures, functions or procedures, arrays, and file handling.
Learning Objectives:
By the end of the course, learners should be able to:
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Understand and apply the principles of structured programming.
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Design algorithms to solve computational problems.
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Implement programs using sequence, selection, and iteration constructs.
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Use modular programming through functions or procedures.
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Debug, test, and document programs effectively.
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Develop maintainable and logically organized code.
Key Topics:
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Introduction to programming concepts
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Problem-solving and algorithm design
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Flowcharts and pseudocode
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Variables, constants, and data types
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Input and output operations
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Control structures (if, switch, loops)
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Functions and procedures
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Arrays and strings
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File input/output
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Program testing and debugging
- Teacher: Simon Mbugua
