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Object Oriented C++ For C Programmers
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Summary

Price
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Study method
Distance + live classes
Duration
3 days · Full-time
Qualification
No formal qualification

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Overview

Object-Oriented C++ for C Programmers is a focused, practical training course designed for experienced C programmers who want to extend their skills and learn object‑oriented programming using C++. C++, a powerful extension of the C language, introduces modern programming features such as classes, inheritance, polymorphism, encapsulation, and templates. This course equips learners with the knowledge and experience needed to write well‑structured, reusable, and maintainable C++ applications.

Participants will explore the core differences between C and C++, learn to compile and execute C++ programs, and gain hands‑on experience with object‑oriented principles such as data abstraction, dynamic binding with virtual functions, operator overloading, and class design. The course also covers practical topics including I/O streams, constructors and destructors, memory management, function overloading, and scope and linkage rules, all reinforced through real code examples and exercises.

By the end of the programme, learners will be able to write C++ code confidently, understand how object‑oriented concepts improve code reuse and organisation, and apply best practices in designing modular applications, making this course valuable for programmers moving from procedural to object‑oriented development.

Description

Object Oriented C++ for C Programmers is a dedicated training course that guides experienced C language developers into the object‑oriented world of C++. C++ grew out of C as a superset that adds powerful abstraction and software engineering features, enabling developers to write code that’s more modular, reusable, and easier to maintain. This course is ideal for programmers with a solid background in procedural C programming who want to take the next step into modern software development using C++.

The course starts with an introduction to the evolution and advantages of C++ over C, showing how object‑oriented concepts change the way you think about software design. Learners begin by reviewing key language differences, syntax enhancements, and the C++ compilation process before moving into object‑oriented fundamentals, including encapsulation, inheritance, and polymorphism.

Core topics include the structure of classes and objects, defining and using constructors and destructors, creating data abstractions through class design, and understanding access control for class members. Key features of C++ such as function and operator overloading, inline functions, and templates (optional) are explored to demonstrate how they support flexible and expressive program design. The course also addresses practical aspects of dynamic memory allocation, the this pointer, and preventing memory leaks.

In addition, learners will work with C++ I/O stream classes for input/output operations and learn how to handle constants, scope, and linkage effectively. Advanced object‑oriented mechanisms such as virtual functions, dynamic binding, and exception handling are introduced to give participants the tools to build robust and scalable applications.

Hands‑on labs and coding exercises throughout the course ensure that you apply concepts in real code, reinforcing theoretical principles with practical skills. Upon completion, participants will be prepared to develop C++ programs that leverage object‑oriented design principles, advancing their capabilities beyond traditional procedural programming.

Who is this course for?

This course is ideal for:

  • Experienced C programmers seeking to learn C++ and object‑oriented development.
  • Software developers transitioning from procedural to object‑oriented programming.
  • Engineers who want to write more modular, reusable, and maintainable code.
  • Professionals building applications where C++ is a standard choice (systems programming, embedded, games, performance‑critical code).

Basic knowledge of C and a desire to apply modern programming principles are recommended.

Requirements

Participants should have:

  • Solid working knowledge of the C programming language.
  • Familiarity with a development environment or code editor for compiling C/C++.
  • Willingness to engage in hands‑on coding exercises.

No prior C++ experience is required; the course is designed to bring C programmers up to speed with object‑oriented concepts quickly.

Career path

Completing this course prepares learners for roles such as C++ Developer, Software Engineer, Systems Programmer, or Embedded Systems Engineer. The skills gained also support career progression into advanced C++ topics, performance‑oriented programming, and modern application development.

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