Every time I take on a new student, the question parents ask me most is: “Which programming language should my child actually learn? And what’s the future outlook for it?”
Let’s set aside the details of the languages themselves for a moment and look at the PYPL (Popularity of Programming Language) index. Python’s standout strengths — simple, free, cross-platform, object-oriented, and rich in libraries — have kept it at the very top of the rankings for years. Major deep-learning frameworks like TensorFlow, Theano, and Keras are all built on it.
What can Python do?
Almost anything. With very few exceptions, Python is essentially all-purpose: system administration, graphics, math and text processing, database programming, web development, game engines, web scraping, machine learning, artificial intelligence, and more.
As cloud computing, big data, AI, and machine learning have taken off, interest in Python has soared, and more and more companies favor it — Google, YouTube, and Facebook all use Python extensively.
Classic languages like C and Java were once the standard introductory languages for university programming courses. But as Python has grown in capability and popularity, more and more North American universities have chosen it for their intro courses (for example, MIT’s 6.0001, Introduction to Computer Science and Programming).
Why it’s great for beginners
More importantly, Python’s syntax is clean and clear, making it very friendly to beginners and highly productive. Compared with other languages, as long as you find the right curriculum, even a beginner with little concept of programming can get started easily.
Logic matters more than the language
But please understand this: logic is the essence of every programming language. Each language may have different features and use cases, but the underlying logic is shared. There’s no “good” or “bad” language — learning to code isn’t like learning piano, where you finish one piece and move on to a harder one; rather, you master one language and then take on more challenging ones.
I always emphasize to parents: for young learners, what matters isn’t which language they use, but the logic and algorithms behind the program. My classes don’t dwell on language minutiae; instead they focus on building programming habits of mind and ways of thinking. After all, the goal is to learn programming, not to learn Python — the language itself is easy, but cultivating logic and algorithmic thinking is hard.
We simply need a language to anchor and practice on, and Python’s characteristics make it well suited to that role. Once a student has studied programming systematically and reached a certain level of experience, they can pick up the basic syntax of any other mainstream language in a short time — no matter which one they started with.
That’s why I often recommend that younger students use Python as their first language, to discover the joy of computer programming.