Scratch or Python: where to start, and what's the difference?

"Is Scratch really programming, or just a game in disguise?" It's one of the most common questions from parents, often followed by: "Shouldn't we start directly with real code, like Python?" The answer comes down to one simple idea: Scratch and Python aren't two difficulty levels of the same language, they're two different tools, each with its own role.

Scratch isn't a "baby version" of programming

Scratch, developed by MIT, is a full programming language in its own right: loops, conditions, variables, functions, events — all the fundamental concepts of programming are present. The difference is that instead of writing if x > 10:, you assemble a visual "if... then..." block with the mouse.

That difference isn't cosmetic. It removes one specific obstacle: syntax. An 8-year-old beginner doesn't have to worry about a forgotten semicolon or incorrect indentation — mistakes that, for an adult used to coding, are minor, but for a child can turn an entire session into a hunt for an invisible bug rather than learning logic.

The same exercise, in both tools

To make the comparison concrete: making a character move 10 steps, then turn right if it hits a wall, is written in Scratch by stacking three or four visual blocks — "move 10 steps", "if touching wall, then", "turn 90 degrees". In Python, the same result requires writing a loop, a condition, and calling the right functions with the exact right syntax (parentheses, colons, indentation). The logic behind it is identical in both cases — and that's exactly what surprises most parents during a trial lesson: their child isn't learning "a simplified version", they're already learning the real logic, just without the extra layer of syntax to manage.

What Scratch actually teaches

With Scratch, a child learns to:

• break a problem down into steps ("first this, then that, unless...")
• spot and fix a logic error (not a syntax error)
• structure a program with loops and conditions
• think in terms of events ("when the arrow key is pressed, then...")

These are exactly the skills they'll need in Python — only "how you write it" changes. That's why in our programme, Scratch isn't a box to tick before the "real" content: it's the foundation everything else builds on. See also what age to start for the full breakdown by age group.

So, when to move on to Python?

The most reliable signal isn't age, it's comfort with Scratch. A child is ready for the transition when:

1. They build multi-block Scratch projects unaided, anticipating edge cases.
2. They start finding Scratch limiting, for example when handling lists of data or doing more complex calculations.
3. They're curious to see "what real code looks like".

With us, this transition usually goes through Python Turtle, an intermediate step that keeps an immediate visual result (drawing shapes on screen) while introducing real text syntax. It's a bridge, not a leap into the void — see Python for kids, where to start for the full step-by-step path once this transition begins.

What's lost by staying on Scratch too long

The opposite deserves to be said just as honestly: a child who's clearly mastered Scratch for a while and is kept there out of excessive caution eventually gets bored, and boredom in programming quickly turns into disinterest in the subject as a whole — not just the tool. Scratch has real limits, acknowledged by its own creators: no true complex data structures, no direct access to external libraries, a block library still designed for learning rather than building real software. Recognising that a child has "outgrown" Scratch isn't a teaching failure — it's exactly the signal to act on.

Should you "skip" Scratch if the child is older or gifted?

Rarely a good idea, even for an older child or one clearly comfortable with logic. The risk isn't that Scratch is "too easy" for them, it's that the time meant to be invested in logic gets spent fighting syntax instead — which discourages far faster than people expect, even in bright children. Our teachers assess each child's pace individually (Solo and Duo plans) rather than following a fixed age-based schedule. For a child who's already well ahead, past what a standard class can offer, see also the signs they're ready for one-on-one mentoring.

Frequently asked questions

Is Scratch actually used by professional programmers? No — Scratch is a teaching tool, not a production language, and that's not its purpose. It exists to teach logic without the friction of syntax, the same way fractions are taught before algebra.

How long should a child stay on Scratch before Python? It varies a lot by child — see our article how long does it take to really learn to code for concrete, month-by-month milestones.

My child already uses Scratch at school, does that change anything? It's a good starting point, but school use is often occasional (a few sessions a year) rather than a real, sustained progression over time — which is why many children "know" Scratch without ever having explored its logic in depth.

Either way, the best way to know what fits your child is to try it: the free trial lesson (30 minutes) lets you test risk-free, and our holiday camps are a good way to experience both approaches over one week.