- PPF Points
- 54
When I first started learning programming, I heard people say C++ was “old” or “outdated.” But as I dug deeper into real-world applications, I quickly realized that C++ is still very relevant today—and in many industries, it’s absolutely essential.
My first real encounter with C++ was during a university project. We had to build a simple file management system that handled lots of data, and we needed it to run efficiently. I chose C++ because it allowed me to control memory usage and optimize the performance better than other high-level languages. I was surprised at how fast my code ran compared to similar Python scripts I had written before. That experience opened my eyes to why C++ is still used in so many performance-critical areas.
C++ is the backbone of many modern systems. It’s widely used in developing video games, operating systems, embedded systems, and high-frequency trading applications. Even popular game engines like Unreal Engine are built with C++. Major companies like Microsoft, Adobe, and even NASA continue to rely on C++ for key components of their software.
Another thing that makes C++ relevant is that it has evolved. The newer standards, like C++11, C++14, and beyond, introduced features that make the language more modern and developer-friendly—like smart pointers, lambda functions, and improved concurrency support. So, it’s not stuck in the past; it has grown and adapted over time.
For me personally, knowing C++ has made me a better programmer. It forced me to understand how things work under the hood—like memory management, pointers, and performance optimization. Even when I code in other languages like Python or JavaScript, the skills I learned from C++ help me write more efficient and thoughtful code.
So yes, C++ is still very relevant today. It may not be the easiest language to start with, but if you’re serious about software development, especially in systems or performance-critical fields, learning C++ is definitely worth your time. I’m glad I did.
My first real encounter with C++ was during a university project. We had to build a simple file management system that handled lots of data, and we needed it to run efficiently. I chose C++ because it allowed me to control memory usage and optimize the performance better than other high-level languages. I was surprised at how fast my code ran compared to similar Python scripts I had written before. That experience opened my eyes to why C++ is still used in so many performance-critical areas.
C++ is the backbone of many modern systems. It’s widely used in developing video games, operating systems, embedded systems, and high-frequency trading applications. Even popular game engines like Unreal Engine are built with C++. Major companies like Microsoft, Adobe, and even NASA continue to rely on C++ for key components of their software.
Another thing that makes C++ relevant is that it has evolved. The newer standards, like C++11, C++14, and beyond, introduced features that make the language more modern and developer-friendly—like smart pointers, lambda functions, and improved concurrency support. So, it’s not stuck in the past; it has grown and adapted over time.
For me personally, knowing C++ has made me a better programmer. It forced me to understand how things work under the hood—like memory management, pointers, and performance optimization. Even when I code in other languages like Python or JavaScript, the skills I learned from C++ help me write more efficient and thoughtful code.
So yes, C++ is still very relevant today. It may not be the easiest language to start with, but if you’re serious about software development, especially in systems or performance-critical fields, learning C++ is definitely worth your time. I’m glad I did.