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Course / Course Details

Fundamentals of Programming

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    By - Educational Reviewer

  • 0 students
  • 40 Hours
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Course Requirements

Entry Requirements

  1. High school diploma (or equivalent).
  2. Basic understanding of global current affairs and governance systems (desirable but not mandatory).

Technical Requirements

  1. Computer or tablet with reliable internet connection.
  2. Ability to access digital learning platforms (PDF, video conferencing, etc.).

Course Description

This introductory program provides a foundational and accessible introduction to the core concepts and logic of Computer Programming. It is designed to equip participants with the essential building blocks necessary to understand how software is designed, written, and executed, using a common programming language (often Python or JavaScript for accessibility). The course explores the fundamental structure of a program, emphasizing algorithmic thinking and problem-solving through logical steps.

Key topics include defining variables, data types, control flow structures (conditionals and loops), and the basic principles of functions. Participants will gain hands-on experience writing simple code, debugging basic errors, and understanding the role of compilers and interpreters. This award is ideal for individuals seeking a broad, accessible entry point into the coding world, including absolute beginners, students, or professionals looking to gain technical literacy.

Course Outcomes

Upon successful completion of this program, participants will be able to:

  1. Define and articulate the core concepts of programming, including algorithms, syntax, and the difference between source code and machine code.

  2. Identify and utilize fundamental programming constructs, including variables, data types (integers, strings, booleans), and operators.

  3. Implement control flow structures—specifically conditional statements (if/else) and various types of loops (for/while)—to manage program execution.

  4. Design and write basic functions to organize code, promote reusability, and solve simple computational problems.

  5. Explain the purpose and usage of basic data structures, such as arrays or lists, for storing collections of data.

  6. Apply foundational debugging techniques to identify and resolve simple errors (bugs) in written code.

Course Curriculum

  • 7 chapters
  • 0 lectures
  • 0 quizzes
  • 40 Hours total length
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Instructor

Educational Reviewer

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