Which Programming Language Should I Learn First: Python or QBasic?

When embarking on the journey of learning to program, the choice of language can set you on a path to success or frustration. Should you start with QBasic or Python? Here, we will explore the considerations and advantages of each, helping you make an informed decision.

Why Choose Python?

Python is the superior choice for beginners and professionals alike. It is a high-level, general-purpose programming language that finds application in a wide array of fields, including web development, software development, and particularly, machine learning.

I recommend starting with Python because of its simplicity and versatility. Over the past six months, I have mastered the basics of Python, including modules such as socket, tkinter, Django, and pygame. These modules offer robust functionality, making it easier to develop graphical user interfaces (GUI), web applications, and even basic 2D games.

Why QBasic Is Not Recommended Nowadays

QBasic, while a valuable tool in its time, is largely obsolete in contemporary computing. It was primarily used in DOS environments with a character interface, making it a language that you can only use on old computers or through emulation. Learning QBasic might add an unnecessary layer of complexity to your beginner journey.

During my middle school years, we were introduced to QBasic, but it never became a language I enjoyed or felt passionate about. This experience aligns with the general consensus that QBasic is better for learning basic programming concepts rather than a language to master for modern programming needs.

Pathways to Professional Programming

If your goal is to become a professional programmer, consider starting with C and C . These languages are foundational and will familiarize you with the underlying concepts of computer architecture and programming. They are essential for understanding how low-level languages operate, which can later translate into a deeper appreciation of higher-level languages like Python.

Once you have some experience with C and C , you can then move on to Python for rapid development and prototyping. Python's syntax is concise with a strong emphasis on readability, which can sometimes be a point of annoyance due to its reliance on indentation. However, this is offset by the vast array of libraries available, whether standard or third-party. These libraries enhance productivity and allow for efficient development.

Taking Python as your primary language can be advantageous, especially in specialized fields such as artificial intelligence, big data, and cybersecurity. Many professionals in these domains rely on Python to build sophisticated tools and applications. This means that Python knowledge can be transferred across various domains, making it a highly versatile choice.

Conclusion

The choice between Python and QBasic depends on your goals and the current stage of your programming journey. For modern, efficient, and versatile programming, Python is the clear choice. It offers a smooth learning curve, robust libraries, and a wide range of applications. On the other hand, QBasic is best suited for learning basic concepts in a nostalgic and now outdated context.

So, whether you are a beginner or a professional looking to expand your skill set, Python is a solid foundation to build upon. Best of luck on your programming journey!