🚀 Complete C++ Programming Course

Beginner to Advanced Developer Program

Course Level: Beginner → Intermediate → Advanced Duration: 60–120 Hours Training Mode: Instructor-Led + Hands-on Labs + Projects Certification: DeepTechKnowledge Certified C++ Developer

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🎯 Course Objectives

By the end of this course, students will be able to:

• Understand programming fundamentals
• Write efficient C++ programs
• Work with memory and pointers
• Build object-oriented applications
• Use file systems and exception handling
• Develop real-world software projects
• Prepare for technical interviews
• Learn foundations for AI, Robotics, Embedded Systems, and Game Development

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Module 1: Introduction to Programming & C++

Chapter 1: Welcome to Programming

Topics

• What is Programming?
• How Software Works
• History of C++
• Applications of C++
• Compiler vs Interpreter
• IDE Setup
• Writing Your First Program

Lab Exercises

• Hello World
• Multi-Line Output
• Personalized Introduction Program

Assignment

Create a program introducing yourself and your career goals.

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Module 2: Variables, Data Types & Memory

Chapter 2: Understanding Data Storage

Topics

• Variables
• Constants
• Memory Concepts
• RAM vs Storage

Data Types

• int
• float
• double
• char
• bool
• string

Lab Exercises

• Student Information System
• Employee Data Program
• Product Information Program

Assignment

Build a student registration application.

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Module 3: Operators & Expressions

Chapter 3: Mathematical Thinking

Arithmetic Operators

• /
• %

Assignment Operators

• =
• +=
• -=
• *=
• /=

Relational Operators

• ==
• !=
• <

• =

• <=

Logical Operators

• &&
• ||
• !

Increment / Decrement

• ++

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Lab Exercises

• Calculator
• Percentage Calculator
• Simple Interest Calculator
• GST Calculator

Challenge

Build a Scientific Calculator.

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Module 4: Basic Input & Output

Chapter 4: Interacting with Users

Topics

• cin
• cout
• endl
• getline()

Lab Exercises

• Admission Form
• Employee Registration Form
• Customer Data Entry Form

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Module 5: Basic Programming Challenges

Chapter 5: Problem Solving Fundamentals

Programs

• Swapping Two Numbers
• Swap Without Third Variable
• Largest Number
• Smallest Number
• Odd or Even
• Positive or Negative
• Leap Year Checker

Practical Challenges

• Temperature Converter
• Currency Converter
• BMI Calculator
• Unit Converter

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Module 6: Conditional Statements

Chapter 6: Decision Making

Topics

• if
• if else
• nested if
• else if ladder

Real World Examples

• Voting Eligibility
• Scholarship Eligibility
• Loan Approval System
• Employee Bonus Calculation

Lab Exercises

• Grade Calculator
• Tax Calculator
• Salary Increment System

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Module 7: Switch Case Statements

Chapter 7: Multi-Option Decisions

Topics

• switch
• case
• default

Projects

• ATM Simulation
• Restaurant Menu System
• Calculator Menu
• Ticket Booking System

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Module 8: Loops & Iteration

Chapter 8: Repetition and Automation

Topics

While Loop

• Syntax
• Practical Examples

Do-While Loop

• Syntax
• Practical Examples

For Loop

• Syntax
• Practical Examples

Lab Exercises

• Number Printing
• Multiplication Tables
• Sum of Series
• Reverse Counting

Challenges

• Factorial Calculator
• Fibonacci Series
• Prime Number Checker

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Module 9: Nested Loops & Pattern Programming

Chapter 9: Advanced Looping

Topics

• Nested Loops
• Matrix Traversal

Pattern Problems

• Star Pattern
• Pyramid Pattern
• Diamond Pattern
• Hollow Shapes
• Number Pyramid

Advanced Challenges

• Chess Board Generator
• Matrix Operations

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Module 10: Jump Statements

Chapter 10: Program Flow Control

Topics

• break
• continue
• goto

Practical Exercises

• Search Systems
• Validation Systems
• Menu Navigation

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Module 11: Functions

Chapter 11: Reusable Programming

Topics

• Function Declaration
• Function Definition
• Function Calling

Parameter Passing

• Pass by Value
• Pass by Reference

Return Values

Lab Exercises

• Calculator Functions
• Banking Functions
• Utility Functions Library

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Module 12: Recursion & Function Overloading

Chapter 12: Advanced Functions

Topics

• Recursion
• Recursive Thinking
• Function Overloading

Lab Exercises

• Recursive Factorial
• Recursive Fibonacci
• Recursive Power Function

Challenge

Maze Solver using Recursion

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Module 13: Arrays

Chapter 13: Managing Multiple Data Elements

Topics

One-Dimensional Arrays

Two-Dimensional Arrays

Multi-Dimensional Arrays

Lab Exercises

• Student Marks System
• Inventory System
• Matrix Addition
• Matrix Multiplication

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Module 14: Pointers & References

Chapter 14: Understanding Memory Internals

Topics

• Memory Address
• Pointer Variables
• Dereferencing
• References

Lab Exercises

• Pointer Arithmetic
• Swap Using Pointers
• Memory Visualization

Challenge

Mini Memory Tracking System

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Module 15: Dynamic Memory Management

Chapter 15: Runtime Memory Control

Topics

• Stack Memory
• Heap Memory
• new Operator
• delete Operator

Lab Exercises

• Dynamic Arrays
• Dynamic Student Records

Project

Dynamic Contact Management System

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Module 16: Structures, Unions & Enumerations

Chapter 16: User Defined Data Types

Structures

Unions

Enumerations (Enums)

Lab Exercises

• Employee Database
• Hospital Records
• Product Catalog

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Module 17: Object-Oriented Programming

Chapter 17: Building Software Like Professionals

OOP Concepts

• Classes
• Objects
• Data Members
• Member Functions

Lab Exercises

• Student Class
• Employee Class
• Vehicle Class

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Module 18: Constructors & Destructors

Chapter 18: Object Lifecycle

Topics

• Default Constructor
• Parameterized Constructor
• Copy Constructor
• Destructor

Lab Exercises

• Inventory System
• Employee Management System

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Module 19: Encapsulation & Data Hiding

Chapter 19: Protecting Data

Topics

• public
• private
• protected

Lab Exercises

• Banking Application
• User Authentication System

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Module 20: Inheritance

Chapter 20: Code Reusability

Types

• Single Inheritance
• Multiple Inheritance
• Multilevel Inheritance
• Hierarchical Inheritance

Projects

• School Management System
• Hospital Management System

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Module 21: Polymorphism

Chapter 21: Multiple Behaviors

Topics

Compile-Time Polymorphism

• Function Overloading
• Operator Overloading

Run-Time Polymorphism

• Virtual Functions

Projects

• Shape Area Calculator
• Animal Simulation

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Module 22: Abstraction

Chapter 22: Simplifying Complex Systems

Topics

• Abstract Classes
• Pure Virtual Functions
• Interfaces

Projects

• Payment Gateway
• Vehicle Control System

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Module 23: File Handling

Chapter 23: Persistent Data Storage

Topics

• ifstream
• ofstream
• fstream

Lab Exercises

• Student Record Storage
• Employee Database
• Sales Report Generator

Project

Library Management System

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Module 24: Exception Handling

Chapter 24: Writing Robust Programs

Topics

• try
• catch
• throw

Practical Exercises

• Banking Exceptions
• Login Validation
• File Error Handling

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Module 25: Templates & Generic Programming

Chapter 25: Reusable Code

Topics

• Function Templates
• Class Templates

Lab Exercises

• Generic Calculator
• Generic Data Manager

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Module 26: Standard Template Library (STL)

Chapter 26: Professional C++ Development

Containers

• vector
• list
• deque
• stack
• queue
• set
• map

Algorithms

• sort()
• find()
• count()
• reverse()

Iterators

Projects

• Contact Book
• Ranking System
• Inventory Tracker

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Module 27: Namespaces & Preprocessors

Chapter 27: Large Project Organization

Topics

Namespaces

• namespace
• using namespace

Preprocessors

• #include
• #define
• Header Files

Lab Exercises

• Custom Libraries
• Multi-File Projects

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Module 28: Industry Projects

Project 1: Student Management System

Features

• Add Student
• Delete Student
• Search Student
• Save Records

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Project 2: Bank Management System

Features

• Account Creation
• Deposit
• Withdraw
• Interest Calculation
• Transaction History

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Project 3: Hospital Management System

Features

• Patient Registration
• Doctor Records
• Billing System

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Project 4: Inventory Management System

Features

• Product Tracking
• Sales Reports
• Stock Analytics

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Project 5: Mini Game Development

Features

• Levels
• Scoring
• Player Statistics
• Save Game System

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Final Capstone Project

Students will develop a complete software solution utilizing:

• Object-Oriented Programming
• Dynamic Memory Management
• File Handling
• STL Containers
• Exception Handling
• Modular Architecture

The project must solve a real-world problem and be presented before evaluation.

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Assessment Structure

Component	Weightage
Assignments	20%
Coding Challenges	20%
Mini Projects	20%
Final Project	30%
Viva & Presentation	10%

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Certification

DeepTechKnowledge Certified C++ Developer

Students who successfully complete:

• All Assignments
• Coding Assessments
• Practical Labs
• Final Capstone Project

will receive the DeepTechKnowledge Certified C++ Developer Certificate.