Parent guide · 3 min read
Scratch vs Python: which should your child learn first?
Scratch and Python are the two languages parents hear about most, and they are often presented as steps on one ladder: Scratch first, Python later. That is sometimes right. It is also often a year spent on something a child has already outgrown. This guide sets out what each one actually teaches, and how to tell which your child is ready for.
Scratch
Drag-and-drop blocks
Python
Real, typed code
Side by side
| Question | Scratch | Python |
|---|---|---|
| Typing needed | No | Yes |
| Typical starting age | About 5–10 | About 8 and up |
| How far it goes | Small and medium projects | No practical ceiling |
| Used by professionals | No | Yes, widely |
| Cost of the language | Free | Free |
What Scratch is
Scratch is a free visual language from MIT. Instead of typing, children drag coloured blocks, such as "move 10 steps" or "repeat 10", and snap them together. It is impossible to make a spelling mistake, and every program runs instantly with a cartoon character on screen.
That design is a real strength. It lets a young child grasp the big ideas of programming (sequence, repetition, conditions, events) without fighting a keyboard. Many schools use it for exactly that reason, and ScratchJr goes younger still.
What Python is
Python is a text language used by professional programmers, scientists and data analysts. Code is typed. It reads close to English (for example, `for step in range(10):`), which is why it is the usual first text language in schools and universities.
The first weeks are harder than Scratch: a missing bracket stops the program and a child has to read the error message and fix it. That friction is also the most valuable skill in the subject. Children who learn to read an error and recover from it are the ones who keep going.
Where blocks help, and where they hold a child back
Blocks help when the obstacle is typing or reading. If a child cannot yet type a line without hunting for keys, Python turns every lesson into a typing lesson and the ideas get lost.
Blocks hold a child back once the ideas are in place. Scratch projects hit a ceiling. Larger programs become a wall of blocks that is hard to read, and nothing a child builds there transfers directly to the tools used in later school or work. We see this often: a 10- or 11-year-old who did Scratch at school gets frustrated being handed blocks again and wants "real" code.
A quick way to decide
Ask three questions. Can your child read a short paragraph without help? Can they type a sentence in a reasonable time? Have they already done some Scratch, or a similar block tool, at school or a club? Two or more yeses usually means Python.
Age is a weaker signal than those three. Our Python Beginner course takes children from 8 to 16, because it introduces ideas rather than depending on reading speed, and a younger child simply covers less ground per class. A small group of at most four is what makes that pace possible.
What we teach, and why
We teach Python from the first lesson, not Scratch. That is a deliberate choice for ages 8 to 16, not a claim that Scratch is bad. If your child is younger, or not reading yet, Scratch at home (it is free) is a sensible first step, and we would rather say so than sell a class that does not fit.
After Python Beginner (10 classes), children choose by interest: Python Game Design, Python AI, or the longer Python Mastery track. Those who like visual, creative work can move to p5.js, which is JavaScript for animation and browser games.
Classes that fit
Live, 60 minutes, four learners at most or 1-on-1.
Not sure which is right for your child?
Tell us their age and what they have tried so far, and we will suggest where to start before you book anything.