Learn Programming with Python

Why Start with Python?

Python is one of the most human-readable programming languages in the world: a line of code that does something looks remarkably like the sentence that describes it. That makes it the gentlest on-ramp for a child’s first step into text-based coding, and the place where kids write their very first lines on a real keyboard.

It is also a genuine career language, used everywhere from data science and AI to web development and automation. What children learn in this program is not “kid coding”: it is real Python, the same language professionals use, taught through age-appropriate projects.

Curriculum: 4 Modules from First Line of Code to a Game

The program consists of 4 modules and 32 lessons, about 8 months at one lesson per week. Every module closes with a working project, so by the end of the journey your child has real, demonstrable work to show.

Module 1: Programming Foundations

The basics take root: variables, numbers and text, taking input from the user, type conversion and conditionals. By the end of the module, kids are writing programs that make decisions with if/else and combining logical operators. Code is written from the very first weeks; theory is learned inside practice.

Module 2: First Game and First Team Project

Kids build their first real project: a console game. They then present it to the class and receive feedback; presenting is a deliberate part of the curriculum, not an afterthought. Lists and for loops arrive in this module, which closes with the first group project built together with classmates. The classic scene of this module is always the same: the number-guessing game says “You got it!” for the first time, and the child realizes the rule that just worked is one they wrote themselves. For most kids, that is the exact moment keyboard anxiety ends.

Module 3: Functions and Drawing with Code

Students learn to organize code with functions and dictionaries, and use the math and random modules. Then Turtle enters the picture: drawing on screen with code, where abstract lines become a visible creation. The module ends with a group project that draws patterns with loops.

Module 4: Game Development with Pygame

Real game development begins with Pygame: keyboard controls, collision detection, game assets. Each child designs their own game, tests it, improves it with feedback and presents it at the closing of the term. A journey that started in a plain console ends with a playable game on screen.

Who Is This Program For?

The program is designed for ages 10 and up, with classes split by age band: at most 5 students at ages 10-11, at most 6 at ages 12-14, and at most 8 at ages 14-17. The curriculum follows the same backbone, but pace and examples are adapted to each group.

Two profiles fit perfectly: children who have completed a block-based environment like Scratch and are ready for text-based code, and children with no coding background whose age and keyboard comfort are ready for a direct start. The clearest answer to “which one is my child” emerges in the free trial lesson.

How Classes Work

All classes are live and online: one day a week, one hour. This is not a pre-recorded video course. The instructor is present in every lesson, and thanks to the small group size gives each student one-on-one support during class. Access to lesson recordings is included, so a missed week never becomes a lost week.

Parents never have to guess how things are going: a progress report is sent every week. Academy PRO access is also included for the duration of the package, so kids can practice outside class with the Kodmigo AI assistant and build unlimited projects.

Getting Started

The journey starts with a free trial lesson of about 45-60 minutes, with no purchase obligation: the instructor gets to know your child and assesses their level together with you. After the trial, the right program and age group are confirmed, your child settles into a fixed weekly class time, and the journey begins.

Where Does the Path Lead After Python?

This program is not an endpoint; it is the first link in a chain. Students who complete Python Basics can deepen their skills with Python Pro and Web Design with Python, and the AI & Data Science program is built directly on the Python foundation laid here. Next levels are never sold separately: when a student completes the program, the instructor recommends the next step and the plan is made together with the family.

Every student who completes the program receives a certificate of participation named after the program; the lasting outcome is the project portfolio built along the way: working games, drawings and team projects.