Learn C++ Programming: A Complete Bootcamp

From Fundamentals to Advanced Concepts – Master C++ with Hands-On Learning

What you'll learn

Understand C++ syntax and structure

Use variables and data types effectively

Implement control flow (if, loops, switch)

Work with functions and modular code

Use arrays, vectors, and strings

Understand pointers and memory management

Apply object-oriented programming (OOP)

Implement classes, objects, and inheritance

Use polymorphism and virtual functions

Handle exceptions and error management

Work with file input/output operations

Requirements

No programming requirements are needed. We teach you ALL and EVERY details

Description

Master C++ from the Ground Up!This C++ Bootcamp is designed to take you from a complete beginner to a confident C++ programmer. Whether you are new to coding or transitioning from another language, this course provides a structured, hands-on approach to learning C++.Key Features:Comprehensive Coverage: Learn fundamental concepts, object-oriented programming, and advanced C++ techniques.Hands-on Coding: Practice through exercises, real-world projects, and coding challenges.Efficient Learning: Simplified explanations with practical examples for faster understanding.Industry-Relevant Skills: Develop expertise in memory management, file handling, and error management.What You Will Learn:Basic Syntax & Control Flow: Variables, data types, operators, if conditions, and loopsAdvanced Data Types: Enumerations (enum), unions, and structures (struct)Functions & Modularity: Defining, calling, and passing functionsClasses & Object-Oriented Programming (OOP): Encapsulation, inheritance, and polymorphismException Handling: Managing errors and unexpected behavior with try-catch blocksFile Handling: Reading from and writing to files for data persistencePointers & Memory Management: Dynamic allocation and deallocationWho is this course for?Beginners with no prior programming experienceDevelopers transitioning from another languageStudents learning C++ for academic purposesProfessionals looking to strengthen C++ skillsCompetitive programmers and coding enthusiastsEngineers working on performance-critical applicationsAnyone interested in game development or system programmingBy the end of this bootcamp, you will have a strong foundation in C++ and be ready to tackle real-world programming challenges with confidence.

Overview

Section 1: Basics

Lecture 1 Data types

Lecture 2 Printing outputs

Lecture 3 Mathematical operations 1

Lecture 4 Mathematical operations 2

Lecture 5 Build-in library functions

Lecture 6 Reading inputs from users

Lecture 7 Coding exercise

Lecture 8 Coding exercise

Lecture 9 Coding exercise

Lecture 10 Coding exercise

Lecture 11 Coding exercise

Lecture 12 Coding exercise

Lecture 13 Coding exercise

Lecture 14 Coding exercise

Section 2: If structure

Lecture 15 If structure part 1

Lecture 16 If structure part 2

Lecture 17 Coding exercise

Lecture 18 Coding exercise

Lecture 19 Coding exercise

Lecture 20 Coding exercise

Lecture 21 Coding exercise

Lecture 22 Coding exercise

Lecture 23 Coding exercise

Lecture 24 Coding exercise

Lecture 25 Ternary operators

Lecture 26 Coding exercise

Lecture 27 Coding exercise

Lecture 28 Coding exercise

Lecture 29 Logical operators

Lecture 30 Coding exercise

Lecture 31 Coding exercise

Lecture 32 Coding exercise

Lecture 33 Boolean flags

Lecture 34 Coding exercise

Lecture 35 Coding exercise

Lecture 36 Switch statements

Lecture 37 Coding exercise

Lecture 38 Coding exercise

Section 3: Control decisions

Lecture 39 For loops

Lecture 40 Coding exercise

Lecture 41 Coding exercise

Lecture 42 Coding exercise

Lecture 43 Coding exercise

Lecture 44 Coding exercise

Lecture 45 While loops

Lecture 46 Coding exercise

Lecture 47 Coding exercise

Lecture 48 Do while loops

Lecture 49 Coding exercise

Lecture 50 Coding exercise

Lecture 51 Nested loops

Lecture 52 Coding exercise

Lecture 53 Coding exercise

Lecture 54 Coding exercise

Section 4: Functions

Lecture 55 Functions

Lecture 56 Coding exercise

Lecture 57 Coding exercise

Lecture 58 Local variables

Lecture 59 Coding exercise

Lecture 60 Coding exercise

Lecture 61 Local and global variables

Lecture 62 Coding exercise

Lecture 63 Functions wit h default values

Lecture 64 Coding exercise

Lecture 65 Coding exercise

Lecture 66 Call by value

Lecture 67 Coding exercise

Lecture 68 Coding exercise

Lecture 69 Call by reference

Lecture 70 Coding exercise

Lecture 71 Coding exercise

Lecture 72 Template functions

Lecture 73 Coding exercise

Section 5: Control functions

Lecture 74 Continue keyword

Lecture 75 Break keyword

Lecture 76 Goto keyword

Section 6: Arrays

Lecture 77 Arrays

Lecture 78 Coding exercise

Lecture 79 Coding exercise

Lecture 80 Arrays and functions

Lecture 81 Coding exercise

Lecture 82 Coding exercise

Lecture 83 Coding exercise

Lecture 84 Arrays and statics

Lecture 85 Coding exercise

Lecture 86 Coding exercise

Lecture 87 Arrays sorting

Lecture 88 Coding exercise

Lecture 89 Coding exercise

Lecture 90 Coding exercise

Lecture 91 Coding exercise

Lecture 92 Coding exercise

Lecture 93 Coding exercise

Lecture 94 Constant arrays

Lecture 95 Two dimensional arrays

Lecture 96 Coding exercise

Lecture 97 Coding exercise

Lecture 98 Multi dimensional arrays

Section 7: Pointers

Lecture 99 Pointers

Lecture 100 Pointers and functions

Lecture 101 Coding exercise

Lecture 102 Coding exercise

Lecture 103 Pointers and arrays

Lecture 104 Pointers and 2D arrays

Lecture 105 Coding exercise

Lecture 106 Arrays to function pointers

Lecture 107 Coding exercise

Lecture 108 Coding exercise

Lecture 109 Coding exercise

Lecture 110 Dynamic memory allocation

Lecture 111 Coding exercise

Lecture 112 A pointer to another pointer

Lecture 113 Coding exercise

Lecture 114 Type casting

Lecture 115 Void pointers

Lecture 116 Coding exercise

Lecture 117 Coding exercise

Lecture 118 Coding exercise

Section 8: String

Lecture 119 String

Lecture 120 Coding exercise

Lecture 121 Coding exercise

Lecture 122 Coding exercise

Lecture 123 Coding exercise

Lecture 124 Coding exercise

Lecture 125 Coding exercise

Lecture 126 Coding exercise

Lecture 127 Coding exercise

Lecture 128 Coding exercise

Lecture 129 Coding exercise

Lecture 130 Coding exercise

Lecture 131 Coding exercise

Lecture 132 Coding exercise

Section 9: Vectors

Lecture 133 Vectors

Lecture 134 Coding exercise

Lecture 135 Coding exercise

Lecture 136 Coding exercise

Lecture 137 Coding exercise

Lecture 138 Coding exercise

Lecture 139 Coding exercise

Lecture 140 Coding exercise

Lecture 141 Coding exercise

Lecture 142 Coding exercise

Lecture 143 Coding exercise

Lecture 144 Coding exercise

Lecture 145 Coding exercise

Lecture 146 Coding exercise

Lecture 147 Coding exercise

Section 10: Enumerations

Lecture 148 Enumerations

Lecture 149 Coding exercise

Lecture 150 Coding exercise

Lecture 151 Coding exercise

Lecture 152 Coding exercise

Lecture 153 Coding exercise

Lecture 154 Coding exercise

Lecture 155 Coding exercise

Lecture 156 Coding exercise

Lecture 157 Coding exercise

Lecture 158 Coding exercise

Lecture 159 Coding exercise

Lecture 160 Coding exercise

Section 11: Structures

Lecture 161 Structures

Lecture 162 Coding exercise

Lecture 163 Coding exercise

Lecture 164 Coding exercise

Lecture 165 Coding exercise

Lecture 166 Coding exercise

Lecture 167 Coding exercise

Lecture 168 Coding exercise

Section 12: Unions

Lecture 169 Unions

Lecture 170 Coding exercise

Lecture 171 Coding exercise

Lecture 172 Coding exercise

Lecture 173 Coding exercise

Lecture 174 Coding exercise

Lecture 175 Coding exercise

Lecture 176 Coding exercise

Lecture 177 Coding exercise

Lecture 178 Coding exercise

Section 13: Classes

Lecture 179 Classes

Lecture 180 Coding exercise

Lecture 181 Coding exercise

Lecture 182 Coding exercise

Lecture 183 Coding exercise

Lecture 184 Coding exercise

Lecture 185 Coding exercise

Lecture 186 Coding exercise

Lecture 187 Coding exercise

Lecture 188 Coding exercise

Lecture 189 Coding exercise

Lecture 190 Coding exercise

Lecture 191 Coding exercise

Section 14: Polymorphism

Lecture 192 Polymorphism

Lecture 193 Coding exercise

Lecture 194 Coding exercise

Lecture 195 Coding exercise

Lecture 196 Coding exercise

Lecture 197 Coding exercise

Lecture 198 Coding exercise

Lecture 199 Coding exercise

Lecture 200 Coding exercise

Lecture 201 Coding exercise

Section 15: Inheritance

Lecture 202 Inheritance

Lecture 203 Coding exercise

Lecture 204 Coding exercise

Lecture 205 Coding exercise

Lecture 206 Coding exercise

Lecture 207 Coding exercise

Lecture 208 Coding exercise

Lecture 209 Coding exercise

Lecture 210 Coding exercise

Lecture 211 Coding exercise

Lecture 212 Coding exercise

Lecture 213 Coding exercise

Section 16: Exception handling

Lecture 214 Exception handling

Lecture 215 Coding exercise

Lecture 216 Coding exercise

Lecture 217 Coding exercise

Lecture 218 Coding exercise

Lecture 219 Coding exercise

Lecture 220 Coding exercise

Section 17: File handling

Lecture 221 File handling

Lecture 222 Coding exercise

Lecture 223 Coding exercise

Lecture 224 Coding exercise

Lecture 225 Coding exercise

Lecture 226 Coding exercise

Section 18: Projects

Lecture 227 Projects 1

Lecture 228 Projects 2

Lecture 229 Projects 3

Lecture 230 Projects 4

Lecture 231 Projects 5

Lecture 232 Projects 6

Lecture 233 Projects 7

Lecture 234 Projects 8

Lecture 235 Projects 9

Lecture 236 Projects 10

Lecture 237 Projects 11

Lecture 238 Projects 12

Lecture 239 Projects 13

Lecture 240 Projects 14

Lecture 241 Projects 15

Lecture 242 Projects 16

Lecture 243 Projects 17

Lecture 244 Projects 18

Lecture 245 Projects 19

Lecture 246 Projects 20

Lecture 247 Projects 21

Lecture 248 Projects 22

Lecture 249 Projects 23

Lecture 250 Projects 24

Lecture 251 Projects 25

Lecture 252 Projects 26

Lecture 253 Projects 27

Lecture 254 Projects 28

Lecture 255 Projects 29

Lecture 256 Projects 30

Lecture 257 Projects 31

Lecture 258 Projects 32

Lecture 259 Projects 33

Lecture 260 Projects 34

Lecture 261 Projects 35

Lecture 262 Projects 36

Lecture 263 Projects 37

Lecture 264 Projects 38

Lecture 265 Projects 39

Lecture 266 Projects 40

Lecture 267 Projects 41

Lecture 268 Projects 42

Lecture 269 Projects 43

Lecture 270 Projects 44

Lecture 271 Projects 45

Lecture 272 Projects 46

Lecture 273 Projects 47

Lecture 274 Projects 48

Lecture 275 Projects 49

Lecture 276 Projects 50

Lecture 277 Projects 51

Lecture 278 Projects 52

Lecture 279 Projects 53

Lecture 280 Projects 54

Lecture 281 Projects 55

Lecture 282 Projects 56

Lecture 283 Projects 57

Lecture 284 Projects 58

Beginners with no prior programming experience,Developers transitioning from another language,Students learning C++ for academic purposes,Professionals looking to strengthen C++ skills,Competitive programmers and coding enthusiasts,Engineers working on performance-critical applications,Anyone interested in game development or system programming