Description
Course Description
This advanced course builds on the basics of C++ programming. It focuses on object-oriented and modular programming used in scientific computing, CFD, and high-performance simulation. It is meant for learners who have finished Part 1 or have similar experience. In this course, you will learn how to write reusable, reliable, and efficient code for real scientific and engineering problems. In addition, each topic connects coding ideas to practical use.
Part 2: Object-Oriented and Advanced C++ Programming (Modules 6–10)
In this part, you will explore key object-oriented and modern C++ ideas. Each lesson builds on the last and therefore helps you understand how modular design improves complex programs. Moreover, the examples show how C++ is applied in engineering and simulation. The main topics include:
- Classes, objects, constructors, and destructors
- Encapsulation, inheritance, and polymorphism for clean and reusable code
- Operator overloading and dynamic binding for flexible program design
- Templates, namespaces, and the Standard Template Library (STL)
- Modular code development for scientific and numerical methods
As a result, you will learn how to design clear and maintainable C++ programs. You will also be ready to include your work in larger simulation projects with confidence.
What You Will Learn
- Object-oriented programming focused on scientific and numerical computing
- Use of classes and inheritance in CFD and engineering examples
- Projects that link code concepts to real simulation cases
- Assignments and quizzes that strengthen understanding step by step
- Helpful feedback from experienced C++ and CFD developers
Furthermore, you will apply each concept directly to code. For example, you will write simple class structures, then extend them into complete simulation modules. Consequently, complex topics become easier through guided practice.
Who This Course Is For
- Students and professionals who completed Part 1 or know basic C++
- Researchers building or improving scientific and engineering codes
- Engineers aiming to use advanced C++ for CFD, FEM, or HPC software
Also, this course suits anyone who wants to move from small scripts to full scientific programs. Therefore, it is an excellent next step for learners who wish to build real-world tools.
Instructor
Nishant Soni, M.S. (Engg.), HPC (JNCASR, Bangalore)
High-performance computing specialist and scientific programmer with strong experience in computational physics and simulation. He brings both academic and industry insight to every lesson.
This course has already helped many learners master object-oriented C++. Moreover, it explains how to apply these methods effectively in scientific and engineering computing. Taken together with Part 1,
it forms a complete and practical path to mastery in C++ for CFD, FEM, and HPC.
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