Curriculum

What will my child actually do?

Week 1: Your child writes their first Python programs - making the computer print messages they choose
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Month 1-2: Building programs that make decisions and repeat actions - password checkers, guessing games, and countdown timers
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Month 3-4: Writing longer programs that work with text and data - formatting sentences, searching for patterns, and building their own reusable tools
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Month 5-6: Organizing and sorting information - working with lists, tracking scores, and managing collections of data

Month 7-9: Building real-world programs - address books, file readers, and their own custom objects in code

Month 10-12: Writing sophisticated programs - handling errors, building reusable code with concepts like recursion and comprehensions.

By the end of Python, they're ready for Java and beyond.

5,550 exercises. Most kids complete about 100 per week - that's the full Python curriculum in about a year.

python

We designed out Python curriculum to be accessible from age 8, while building up to university-level concepts.

Our curriculum has 5,550 Python exercises.

Concepts taught include:
Python Level 1 - Variables, If/Else, While, Basic Debugging, For Loops, Strings, Functions
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Python Level 2 - Lists, Sets, Tuples, Dictionaries, Files, Classes
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Python Level 3 - Modules, Exception, Recursive Functions, List/ Set/ Dictionary Comprehension, Advanced Debugging

Python Level 1 - If-Statements
Python Level 1 - Strings
Python Level 1 - Functions
Python Level 2 - Tuples
Python Level 3 - Recursion

Level G
If-Statements

Level G
Strings

Level G
Functions

Level H
Tuples

Level I
Recursion

1. Versatility
2. Ease of Learning
3. Huge Community & Resources
4. Job Opportunities
5.Automation Superpowers
6. Cross-Platform
7. Future-Proofing

1. Versatility:

Python’s like a Swiss Army knife - it’s used everywhere. Web development, data analysis, machine learning, automation, scientific computing, and even game dev. You name it, Python’s got a foot in the door.

2. Ease of Learning:

The syntax is clean and readable, almost like writing in plain English. It’s a great first language because it lets you focus on logic rather than wrestling with complex rules.

3. Huge Community & Resources:

Python’s been around since the '90s and has a massive, active community. Stuck on something? You’ve got endless tutorials, forums, and open-source libraries to lean on. Plus, it’s free - no paywalls to slow you down.

4. Job Opportunities:

Companies love Python. It’s in demand at tech giants, startups, and non-tech fields like finance or healthcare for data crunching. Learn Python, and you’re opening doors to roles like data scientist, or software engineer.

5. Automation Superpowers:

Bored of repetitive tasks? Python can script your way out of them - think renaming 100 files, scraping websites, or automating emails. It’s a time-saver that feels like magic.

6. Cross-Platform:

Write your code on Windows, run it on Mac or Linux - no sweat. Python’s portable, so you’re not locked into one system.

7. Future-Proofing: It’s not going anywhere.

Python consistently ranks at the top of languages (like in the TIOBE Index or PYPL rankings) because it adapts - AI, cloud computing, you name it, Python’s there.

Java

We created this based on the curriculum for AP Computer Science A in the USA, which is a high school subject that teaches Java.

Our curriculum has 6,121 Java exercises.

Concepts taught include:
Java Level 1 - Variables, Printing, Basic Operations, Strings, Loops, Main Class, 1D Arrays, ArrayLists, 2D Arrays
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Java Level 2 - Methods, Classes & Objects, Array and ArrayList of Objects, Scope
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Java Level 3 - 2D Array of Objects & Classes, Subclasses/ Inheritance, Interfaces, Exception Handling, File Handling, ArrayList of Super Class, Object Oriented Design

Level J - Intro to Java
Level J - ArrayLists
Level K - 2D Arrays
Level K - Methods 1
Level K - Classes
Level L - 2D Array of Objects & Classes

Level J
Intro to Java

Level J
ArrayLists

Level K
2D Arrays

Level K
Methods 1

Level K
Classes

Level L
2D Array of Objects & Classes

Advanced Python

These are concepts taught at a 2nd year university-level in a Computer Science degree.

Our curriculum has 3,691 Advanced Python exercises.

Concepts taught include:
Advanced Python Level 1 - Time Complexity, General Linked Lists, Stacks, Queue, Deque, Basic Sorting, Basic Searching
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Advanced Python Level 2 - Basic Trees, Basic Graphs, Advanced Sorting, Hashing, Advanced Graphs, Advanced Trees, Dynamic Programming‍

Level S - Stacks
Level S - Deque
Level S - Basic Sorting
Level T - Basic Graphs
Level T - Hashing
Level T - Advanced Trees

Level S
Stacks

Level S
Deque

Level S
Basic Sorting

Level T
Basic Graphs

Level T
Hashing

Level T
Advanced Trees

jiwon from newcastle
Program Graduate 2025

“I enjoyed how interactive the lessons were. I remember the first exercise where I wrote a basic calculator program, and seeing my code work for the first time was such a rewarding moment. It boosted my confidence.”