Learn to Code in C++: Build a Strong Programming Foundation
This course is perfect for beginners who want to truly understand how programming works under the hood. By the end, you’ll be confident writing your own C++ programs from scratch — and ready to take on more advanced topics in game development, software engineering, or data structures.
01
Skill level
All levels
02
Sections
10
03
Lectures
67
04
Instructor
Team Mammoth
What's inside
This course includes.
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10
Sections
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62
Quizzes
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Certificate of completion
Included
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Mobile and desktop access
Included
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AI learning assistance
Included
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Course content
Curriculum & lectures.
+ Section 1: Introduction & Setup (Domain 1) 5 lectures Preview
Lecture 1.01: What Is C++ and Why Learn It?
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Lecture 1.02: Setting Up Your C++ Environment (VSCode, Replit, or IDE)
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Lecture 1.03: Understanding Compilation — From Code to Machine Instructions
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Lecture 1.04: Your First Program — “Hello, World!” Line by Line
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Lecture 1.05: How Programs Execute — From Start to return 0
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+ Section 2: Variables and Data Types (Domain 2) 10 lectures
Lecture 2.01: The Building Blocks of C++ Syntax
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Lecture 2.02: Understanding C++ Variables — Declaration, Naming, and Scope
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Lecture 2.03: Primitive Data Types in C++ — The Core Building Blocks of Data
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Lecture 2.04: Numeric Types in C++ — Integers and Floating-Point Values
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Lecture 2.05: Characters and Booleans in C++ — Understanding Text and Logic
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Lecture 2.06: Literals and Type Suffixes in C++
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Lecture 2.07: Constants and the const Keyword in C++
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Lecture 2.08: Type Conversion and Casting in C++
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Lecture 2.09: Data Type Modifiers and Storage Qualifiers in C++
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Lecture 2.10: Applying C++ Variables and Data Types in Practice
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+ Section 3: Input & Output (Domain 3) 6 lectures
Lecture 3.01: Introduction to Input and Output in C++
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Lecture 3.02: Displaying Output with std::cout in C++
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Lecture 3.03: Reading Input with std::cin in C++
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Lecture 3.04: Working with Strings and std::getline() in C++
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Lecture 3.05: Formatting Console Output in C++
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Lecture 3.06: Practical Input and Output in C++ — Building an Interactive Program
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+ Section 4: Operators and Expressions (Domain 4) 6 lectures
Lecture 4.01: Understanding Expressions and Operators in C++
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Lecture 4.02: Arithmetic Operators in C++
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Lecture 4.03: Assignment and Compound Assignment Operators in C++
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Lecture 4.04: Relational Operators in C++
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Lecture 4.05: Logical Operators and Boolean Logic in C++
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Lecture 4.06: Operator Precedence and Expression Evaluation in C++
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+ Section 5: Decision Making (Conditionals) (Domain 5) 7 lectures
Lecture 5.01: Introduction to Decision Making in C++
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Lecture 5.02: The if Statement in C++ — Basic Conditional Logic
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Lecture 5.03: Extending Logic with else and else if in C++
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Lecture 5.04: Nested Conditionals in C++ — Decisions Within Decisions
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Lecture 5.05: The switch Statement in C++ — Multi-Path Control
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Lecture 5.06: Best Practices and Common Pitfalls in C++ Conditionals
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Lecture 5.07: Applying Conditionals in C++ — Building Logical Programs
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+ Section 6: Loops & Iteration (Domain 6) 8 lectures
Lecture 6.01: Introduction to Loops and Iteration in C++
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Lecture 6.02: The while Loop in C++ — Condition-Based Repetition
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Lecture 6.03: The for Loop in C++ — Counting and Control
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Lecture 6.04: The do-while Loop in C++ — Guaranteed Execution
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Lecture 6.05: Loop Control Statements in C++ — break and continue
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Lecture 6.06: Nested Loops in C++ — Repetition Within Repetition
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Lecture 6.07: Infinite Loops and Loop Termination in C++
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Lecture 6.08: Applying Loops in C++ — Building Iterative Programs
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+ Section 7: Functions & Modularity (Domain 7) 8 lectures
Lecture 7.01: Introduction to Functions in C++ — The Power of Modularity
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Lecture 7.02: Defining and Calling Functions in C++
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Lecture 7.03: Understanding Scope and Lifetime in C++ Functions
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Lecture 7.04: Parameters and Arguments in C++ — Passing Data into Functions
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Lecture 7.05: Return Values and void Functions in C++
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Lecture 7.06: Pass by Value vs. Pass by Reference in C++
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Lecture 7.07: Function Overloading in C++ — Multiple Versions, One Name
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Lecture 7.08: Organizing Programs with Functions in C++ — Toward Modularity
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+ Section 8: Arrays & Strings (Domain 8) 9 lectures
Lecture 8.01: Introduction to Arrays in C++ — Managing Collections of Data
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Lecture 8.02: Working with Array Elements in C++ — Indexing and Iteration
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Lecture 8.03: Initializing and Passing Arrays to Functions in C++
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Lecture 8.04: Multidimensional Arrays in C++ — Tables and Grids
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Lecture 8.05: Introduction to Strings in C++ — Character Arrays and std::string
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Lecture 8.06: Working with std::string in C++ — Input, Output, and Modification
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Lecture 8.07: C-Style Strings in C++ — Legacy Text Handling
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Lecture 8.08: Basic Algorithms on Arrays and Strings in C++
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Lecture 8.09: Applying Arrays and Strings in C++ — Data Processing in Practice
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+ Section 9: Debugging & Problem Solving (Domain 9) 5 lectures
Lecture 9.01: Introduction to Debugging in C++ — Finding and Fixing Errors
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Lecture 9.02: Common C++ Errors — Syntax, Logic, and Runtime Issues
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Lecture 9.03: Using Debugging Tools and Techniques in C++
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Lecture 9.04: Problem-Solving Strategies in C++ — From Error to Solution
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Lecture 9.05: Debugging in Practice — Applying C++ Skills to Real Programs
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+ Section 10: Beyond Basics (Domain 10) 3 lectures
Lecture 10.01: Introduction to Pointers in C++ — Understanding Memory Addresses
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Lecture 10.02: Working with References in C++ — Aliases and Safer Access
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Lecture 10.03: Introduction to Object-Oriented Programming (OOP) in C++
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Description
About this course.
Master the fundamentals of programming in Learn to Code in C++: Build a Strong Programming Foundation.
• Understand core concepts like variables, data types, loops, and functions.
• Learn how to structure logical programs that handle input, output, and decision-making.
• Practice writing clean, efficient C++ code with real examples and instant feedback.
• Test your understanding with interactive coding challenges designed to reinforce each concept.
Ready to start building?
This course is perfect for beginners who want to truly understand how programming works under the hood. By the end, you’ll be confident writing your own C++ programs from scratch — and ready to take on more advanced topics in game development, software engineering, or data structures.