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C++ Programming

C++ is a powerful, high-performance programming language that builds upon C and introduces Object-Oriented Programming (OOP). Developed by Bjarne Stroustrup in the early 1980s, C++ is widely used for software development, game programming, operating systems, databases, and embedded systems. It combines the efficiency of C with modern features like classes, objects, inheritance, and polymorphism, making it versatile for various applications.

Uses of C++

C++ is used in a wide range of fields, including:

  • Operating Systems – Windows, Linux, macOS contain core components written in C++.
  • Game Development – Popular engines like Unreal Engine and Unity use C++.
  • Software & Application Development – Many enterprise software tools are built using C++.
  • Embedded Systems – Found in hardware and robotics programming.
  • Database Management – MySQL and other DBMS systems use C++.
  • Networking & Security – Used for developing secure and efficient network applications.

Benefits of C++

  • High Performance – Ideal for system-level programming and applications requiring speed.
  • Object-Oriented Programming (OOP) – Enables modular code, making software easier to manage.
  • Memory Management – Offers direct access to memory for optimization.
  • Multi-Platform Support – Runs on Windows, Linux, macOS, and embedded systems.
  • Standard Template Library (STL) – Provides built-in data structures like vectors, maps, and lists.

Career Opportunities with C++

C++ expertise opens doors to various career paths:

  • Software Engineer – Develop applications, tools, and system software.
  • Game Developer – Work with gaming engines like Unreal Engine.
  • Embedded Systems Engineer – Develop hardware-related software.
  • Data Scientist – Optimize algorithms for high-performance computing.
  • Cybersecurity Specialist – Work on encryption and security tools.
  • Competitive Programmer – Solve coding challenges in contests like Codeforces and TopCoder.

Price NRP. 15K+

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Available
  • Category Programming
  • Language English, Nepali
  • Video Available
  • Duration 60 Hours
  • Includes Theory+Practical

Course Highlights

60 Hours

Beginners Level

A beginner’s roadmap to learning C++ should start with fundamentals, such as variables, data types, operators, control structures (if-else, loops), and functions to build a strong foundation. Once comfortable with basic syntax, the next step is understanding Object-Oriented Programming (OOP) concepts, including classes, objects, inheritance, polymorphism, abstraction, and encapsulation, which allow for modular and scalable code. Moving forward, mastering advanced topics like pointers, dynamic memory allocation, file handling, exception handling, and the Standard Template Library (STL) is crucial for writing efficient programs. As expertise grows, learning about multithreading, concurrency, and design patterns helps in developing high-performance applications. By the end of the roadmap, learners should be able to build complete applications using C++, laying a strong foundation for careers in software development, game programming, embedded systems, and competitive programming.
Course Syllabus:

C++ Programming Beginners Level's Syllabus

BY: ELITE InfoTech
2 Hours Basics & Foundation
Learn about C++ history and why it's widely used. Install a C++ compiler (GCC, Code::Blocks, Visual Studio).
BY: ELITE InfoTech
2 Hours Basics & Foundation
Understand the structure of a C++ program (#include, main(), statements). Write “Hello, World!” and learn basic syntax.
BY: ELITE InfoTech
2 Hours Basics & Foundation
Learn about fundamental data types (int, float, char, bool). Understand constants (const) and type conversions.
BY: ELITE InfoTech
2 Hours Basics & Foundation
Arithmetic (+, -, *, /), relational (==, ), logical (&&, ||, !). Bitwise (&, |, ^, ) and assignment operators.
BY: ELITE InfoTech
2 Hours Basics & Foundation
Use if-else statements for decision-making. Implement switch-case for multiple conditions.
BY: ELITE InfoTech
2 Hours Basics & Foundation
Master for, while, do-while loops for iteration. Learn break and continue statements for control.
BY: ELITE InfoTech
2 Hours Basics & Foundation
Write reusable functions (void, return type, parameters). Learn function overloading and recursion.
BY: ELITE InfoTech
2 Hours Object-Oriented Programming
Learn key principles: Encapsulation, Inheritance, Polymorphism, Abstraction. Understand the importance of OOP in software development.
BY: ELITE InfoTech
2 Hours Object-Oriented Programming
Learn how to define classes and create objects. Implement member functions and constructors.
BY: ELITE InfoTech
2 Hours Object-Oriented Programming
Learn how child classes inherit properties from parent classes. Use single, multiple, and multilevel inheritance.
BY: ELITE InfoTech
2 Hours Object-Oriented Programming
Understand method overloading and method overriding. Use virtual functions for dynamic behavior.
BY: ELITE InfoTech
2 Hours Object-Oriented Programming
Implement encapsulation using private and public access modifiers. Learn about abstract classes and pure virtual functions.
BY: ELITE InfoTech
2 Hours Object-Oriented Programming
Learn default, parameterized, and copy constructors. Understand destructors for memory cleanup.
BY: ELITE InfoTech
2 Hours Object-Oriented Programming
Overload operators (+, -, *, /) to create custom behaviors.
BY: ELITE InfoTech
2 Hours Advanced Topics
Learn how pointers work (*, &, new, delete). Implement dynamic memory allocation with malloc() and free().
BY: ELITE InfoTech
2 Hours Advanced Topics
Read and write files using fstream, ifstream, ofstream. Understand binary vs text file operations.
BY: ELITE InfoTech
2 Hours Advanced Topics
Learn function templates and class templates for generic programming.
BY: ELITE InfoTech
2 Hours Advanced Topics
Use try, catch, throw for error management.
BY: ELITE InfoTech
2 Hours Advanced Topics
Learn about vectors, sets, maps, queues for efficient coding.
BY: ELITE InfoTech
2 Hours Advanced Topics
Understand lambda functions for anonymous operations. Implement unique_ptr, shared_ptr for safer memory management.
BY: ELITE InfoTech
2 Hours Advanced Topics
Learn how threads work in C++ (std::thread). Synchronize operations with mutex and condition variables.
BY: ELITE InfoTech
6 Hours Advanced Topics
Build small programs like Calculator, Number Guessing Game, ATM System.
BY: ELITE InfoTech
2 Hours Advanced Topics
Implement Linked Lists, Stacks, Queues, Trees.
BY: ELITE InfoTech
10 Hours Advanced Topics
Create a student management system, banking system, or inventory tracker. Learn C++ for Competitive Programming, Game Development, or Software Engineering. Explore frameworks like Qt for GUI-based applications.
Programming

Course At A Glance

History of C++ Programming

C++ was developed by Bjarne Stroustrup in the early 1980s at Bell Labs as an extension of the C programming language. Stroustrup wanted to combine the efficiency of C with higher-level programming features, like object-oriented programming (OOP).

Timeline of C++ Evolution:

  • 1979 – Beginnings at Bell Labs: Stroustrup started working on “C with Classes,” an early version of C++ that introduced object-oriented features to C.
  • 1983 – Officially Named C++: The language was renamed C++, symbolizing an improvement over C (++ represents increment in programming).
  • 1985 – First Official Release: The first edition of The C++ Programming Language book was published, establishing its key features.
  • 1990 – C++ Gains Popularity: It became widely adopted for software development, including operating systems and game engines.
  • 1998 – C++ Standardization (C++98): The first international standard was released, making C++ more structured and consistent.
  • 2011 – Major Update (C++11): Introduced smart pointers, lambda functions, multithreading, and better standard libraries.
  • 2017 – C++17 Enhancements: Improved performance, adding new data structures and better compilation features.
  • 2020 – C++20 Innovations: Included modern concepts like coroutines, modules, and ranges.
  • 2023 – C++23 (Latest Update): Continued improvements for efficiency, safety, and usability.

Impact of C++

C++ remains one of the most influential programming languages, powering operating systems, game engines, databases, financial systems, and embedded software. It shaped languages like Java, C#, and Python, and continues to evolve for modern computing needs.