The Advanced Object-Oriented Programming in C++ course is designed for developers who want to fully master the language’s advanced techniques. This training will help you strengthen your foundations while exploring modern methods for designing high-performance, maintainable applications. You will learn to leverage the power of OOP, templates, and the Standard Template Library (STL) while applying industry-recognized best practices.
Through this Object-Oriented Programming in C++ course, you will develop your ability to structure your code effectively and optimize its execution. You will understand how to manage memory, use smart pointers, handle exceptions, and apply proven design patterns. The different sections of the program will guide you in implementing advanced concepts such as multiple inheritance, delegation, decoupling, and design heuristics.
Module 1: Language History and C++11/14
Module 2: Language Review and Best Practice: Part I
Module 3: Basic Inheritance
Module 4: Correct Use of Well Known Language Features
Module 5: Exceptions
Module 6: Templates
Module 7: Standard Template Library (STL)
Module 8: STL Algorithms
Module 9: STL Associative Containers
Module 10: STL Functors, Allocators and More
Module 11: Efficiency: Temporary Objects
Module 12: Memory Management
Module 13: Hot vs. Cold Memory
Module 14: Delegation
Module 15: Decoupling
Module 16: Advanced Inheritance
Module 17: Design Heuristics
Object-oriented programming in C++ goes beyond creating classes and objects. It involves a thorough reflection on code structure and reusability. In a professional context, understanding inheritance, polymorphism, and delegation helps design more robust and scalable applications. This type of design also facilitates long-term project maintenance, a major advantage in environments where performance and reliability are essential.
The language has evolved significantly with C++11 and C++14, introducing improvements that change the way we code. Developers can now take advantage of lambda functions, smart pointers, and move semantics to optimize execution. These additions are not just technical details; they directly influence the quality and readability of the produced code.
Efficient memory management remains a core aspect of C++ development. Knowing how to properly use smart pointers or implement techniques to reduce temporary objects helps limit memory leaks and improve program stability. These skills are essential for projects where performance and resource consumption are closely monitored.
The Standard Template Library (STL) provides a rich set of containers, iterators, and algorithms. Mastering these tools allows you to write more concise, clearer, and often faster code than custom implementations. Proper use of these components ensures better compatibility and easier maintenance while adhering to modern development standards.
C++ templates offer a powerful approach to creating generic, reusable code. When used correctly, they reduce duplication and increase consistency between different parts of an application. However, they require understanding of subtleties such as non-type parameters or function specializations to avoid common errors and maintain good performance.
Beyond syntax, effective C++ development relies on well-thought-out architectural choices. Reducing coupling, promoting class cohesion, and applying suitable design heuristics contribute to code stability and maintainability. Decisions made during the design phase have a direct impact on the quality and lifespan of a project.
The skills developed in this training are in demand across many sectors, from embedded systems development to high-performance simulation. Mastery of advanced object-oriented programming in C++ enables professionals to deliver optimized and sustainable solutions while meeting the increasing demands for performance and software security.
Is this training suitable for beginners in C++?
No, it is intended for developers who already have a good command of the language basics and OOP.
What is the benefit of mastering C++11 and C++14?
These versions bring modern features that improve code readability, performance, and safety.
Why learn advanced memory management?
Good memory management prevents leaks, reduces resource usage, and increases application stability.
Are the techniques taught applicable outside of C++?
Yes, many object-oriented design principles also apply to other languages, with some adjustments.
Which sectors are looking for experts in advanced C++?
Such profiles are found in aerospace, video game development, embedded systems, finance, and AI.
Is the STL library still relevant today?
Yes, it remains a key standard, highly optimized and compatible with the new features of the language.
Are models and templates difficult to learn?
They require some investment but provide great flexibility and reduce repetitive code.
Monday to Friday
8:30 AM to 6:00 PM
Tel. 058 307 73 00
ITTA
Route des jeunes 35
1227 Carouge, Suisse
Monday to Friday, from 8:30 am to 06:00 pm.
