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Course Overview

What You Will Learn

This class builds the fundamental mental framework for solving problems through code. Moving beyond specific syntax, students focus on computational thinking—learning to break down complex tasks, design step-by-step algorithms, and control program flow using loops, conditionals, variables, and functions. Emphasis is placed on logic, debugging, and structured reasoning to create efficient, error-free solutions. Ideal for beginners, this course serves as the essential gateway to mastering any programming language.

Program Curriculum

Course Content

Explore the full learning path section by section and preview what is included in this program.

What is Programming?
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Why Programming Logic Matters
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Computational Thinking Basics
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From Real-World Problem to Program
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Problem-Solving in Programming
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What is Pseudocode?
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Writing Clear Pseudocode
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What is an Algorithm?
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Flowcharts and Visual Logic Design
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Comparing Pseudocode and Flowcharts
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Variables and Stored Values
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Constants and Fixed Values
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Expressions and Operators
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Assignment and State Changes
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Input, Output, and Data Flow
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What is Conditional Logic?
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if, elif, else Structures
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Nested Conditions
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Switch and Match Style Logic
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Truth Tables and Boolean Thinking
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Why Loops Matter
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for Loops
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while Loops
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Nested Loops
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Loop Control – break, continue, and flow control
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Common Loop Mistakes
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What is a Function?
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Parameters and Arguments
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Return Values
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Scope – Local vs Global Thinking
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Function Design and Reusability
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Why Data Structures Matter
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Lists and Arrays
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Tuples and Immutable Collections
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Sets and Uniqueness
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Dictionaries and Key-Value Thinking
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Choosing the Right Data Structure
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Stack Concept
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Queue Concept
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Linked List Concept
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Comparing Stack, Queue, and Linked List
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What is Searching in Programming?
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Linear Search
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Binary Search
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What is Sorting?
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Bubble Sort and Insertion Sort
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Merge Sort and Quick Sort
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Comparing Searching and Sorting Strategies
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What is Big-O Notation?
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O(1), O(n), and O(n²)
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Why Time Complexity Matters
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Iteration – Solving Problems with Loops
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Recursion – Functions Calling Themselves
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Recursion vs Iteration
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Memory Management Basics
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References and Mutability
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Stack vs Heap Thinking
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Syntax Errors vs Logic Errors
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Debugging Strategies
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Using Print, Trace, and Step-by-Step Reasoning
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What is Logging?
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Log Levels and Their Meaning
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What is Tracing?
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Logging vs Tracing
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Using Logging for Debugging and Monitoring
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Core Programming Logic Wrap-Up
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Core Programming Logic

Core Programming Logic

$25.00
Not enrolled
Category Software Engineering
Instructor Filimon Shferaw
Lessons 12 Sections
Instructors

Meet the Instructor

  • Filimon Shferaw
    Senior Software Engineer