Scratch vs Python: Which Should Your Child Learn First?

Scratch and Python are the two most popular first programming languages for children. Scratch uses colourful blocks you snap together; Python uses typed text, like the code professionals write.

So which should come first? For most children under about 10, start with Scratch. For most children over 11, Python is a great first language — and many children benefit from doing a little Scratch before moving to Python. Here is how to decide.

Scratch and Python at a glance

What is Scratch?

Scratch is a free, block-based programming language created by the MIT Media Lab for young learners. Programs are built by snapping blocks together, like LEGO bricks, and the results appear immediately as animated characters (called sprites) on a stage.

Why it works so well for beginners:

• No syntax errors. A block can't be misspelled, and blocks only connect where they make sense. Children can focus on ideas instead of punctuation.
• Instant, visual feedback. Press the green flag and something happens straight away — great for motivation.
• The real ideas of programming. Loops (forever, repeat), conditions (if … then), variables, events and messages are all there.
• Creativity first. Children make games, stories and animations about the things they love.

Where Scratch reaches its limits: large projects become hard to organise, and it isn't used to build professional software. Eventually, ambitious young coders want to do things Scratch can't.

What is Python?

Python is a text-based programming language used by professionals around the world — in web services, automation, science, data analysis and artificial intelligence. It is known for being one of the most readable programming languages, which makes it popular for teaching.

A Python program to greet someone looks like this:

name = input("What's your name? ")
print("Hello, " + name + "!")

Why it works well as a first text language:

• Readable, English-like code with less punctuation than many languages.
• It grows with your child. The same language is used for simple games and for serious AI and data science.
• Huge range of uses — from automating boring tasks to building chatbots and analysing data.

What makes it harder: typing accuracy and exact syntax matter. A missing colon or wrong indentation causes an error, which can frustrate younger children until they learn to read error messages.

The same ideas, two ways

Here is a loop that counts to five in each language.

In Scratch:

set [count] to (1)
repeat (5)
    say (count) for (1) seconds
    change [count] by (1)
end

In Python:

for count in range(1, 6):
    print(count)

The concept — repeat something a number of times while a variable changes — is identical. This is why Scratch is such a good stepping stone: children who understand loops, conditions and variables in Scratch already know the hardest part of Python. They just have to learn to write it as text.

So which first? A simple guide

Start with Scratch if your child:

• is under about 10,
• is still building typing and reading confidence,
• is new to coding and needs quick wins to stay motivated,
• loves drawing, stories and animation.

Start with Python if your child:

• is 11 or older and types comfortably,
• has already done some Scratch or other block coding,
• is curious about AI, data or "how real programmers do it",
• enjoys puzzles and is happy to fix small mistakes.

Not sure? Many children do best with a few months of Scratch, then move to Python. Teenagers starting from zero can usually go straight to Python.

Signs your child is ready to move from Scratch to Python

• They build Scratch projects with variables, conditions and broadcasts without help.
• They start asking for features Scratch makes awkward (saving files, big lists, "real" apps).
• Their projects are getting large and messy, and they are looking for better ways to organise them.
• They can type reasonably quickly and accurately.

A good bridge project is to rebuild a Scratch game they made — such as a guessing game — in Python. Seeing the same logic in both helps everything click.

What about other options?

• ScratchJr — a simpler block app for ages 5–7.
• JavaScript — the language of web pages. A great choice for children who want to build websites and browser games, often alongside HTML and CSS (see our explainer).
• Roblox Studio (Lua) — popular with children who love Roblox; motivating, but focused on one platform.

There is no wrong first language. What matters most is that your child builds things they care about and keeps going.

The bottom line

Scratch and Python aren't rivals — they are steps on the same path. Scratch makes the core ideas of programming fun and frustration-free; Python takes those ideas into the real world of professional coding and AI. Start where your child is, and move up when they are ready.

Want a tutor's recommendation for your child? Book a free trial class and we will suggest the right starting point.

Frequently asked questions

Is Scratch "real" coding? Yes. Scratch uses the same core concepts as text languages — loops, conditions, variables, events and more. It removes typing and syntax so beginners can focus on logic.

Can a 7-year-old learn Python? Some can, but most 7-year-olds find typing and exact syntax frustrating. Scratch usually gives them a much better start.

How long should my child use Scratch before Python? There is no fixed time. Some children are ready after a few months, others enjoy Scratch for a year or two. Watch for the readiness signs above.

Is Python good for AI? Yes. Python is one of the most widely used languages for machine learning and data science, which makes it a great long-term choice for children interested in AI.