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The Journey of a Computer Engineer 🎓 Hello, fam! 👋 Have you ever wondered what does it really mean to a computer engineer? It’s not just about using computers. It’s about understanding how it works at its core. A computer engineer must learns about basics of computers, such as operating systems, computer architecture, and how programs actually work. I’ll admit, when I was younger, I used to think the monitor was the computer! 😅 But that’s not bad, Beacuse Expert in Everything was once a Nothing, curiosity is what drives us to learn. Once I began exploring low level concepts like how code becomes machine instructions, how an operating system controls hardware, and the inner workings of firmware, my whole perspective changed. I started seeing computers as more than just tools, they’re an art of engineering. ⭐ Languages Are Tools, Not the Goal - Programming languages are often a hot topic. People ask, "Which is the best programming language?" I used to wonder the same. After a lot of searching and struggling, I realized something crucial: the programming language itself is not as important as the skill of programming. Let me explain. Programming is the ability to communicate with a computer or a hardware. A programming language is just the medium for that communication. There are over 700 to 8,000, programming languages in the world like C, Python, and Java, each designed for specific purposes. While the syntax of these languages might differ, the underlying logic and concepts often remain the same. For example, I once wrote more that 1,000 lines of Python code for a project without ever taking a Python course. How? My strong foundation in C programming allowed me to quickly adapt to Python’s syntax using documentations. If you understand the logic and low-level concepts, learning a new language is not a nightmare. ⭐ The illusion of Separation in Computer Science - One of the biggest mistakes we make in computer science is separating topics into isolated subjects or technologies. Whether it’s courses like Computer Architecture, Operating Systems, DBMS, or others, we often see them as unrelated fields. But the truth is, everything in computer science is interconnected. These subjects are very much important, they form the foundation of every branch of computer science and every tech stack. Without understanding these basics, it’s hard to grasp what’s truly possible. 💡 When we see the bigger picture and how these concepts work together, we unlock the potential for creativity and innovation. After all, innovation begins when we understand the possibilities of things. 📜 A degree may be a certificate of your skills, but real knowledge comes from curiosity and self-learning. This is how we truly grow as engineers.