Live Online Coding Classes for Kids & Teens
Build a game in Scratch, write a first Python program, or create a mobile app. eduSeed offers live, instructor-led coding classes for beginners and students ready for their next project. Every class is taught 1:1 by a dedicated teacher.
- Scratch
- App Inventor
- Python
- AI
- Java
2021
Teaching since
1,000+
Students taught
50,000+
Live teaching hours
At a glance
eduSeed coding classes at a glance
eduSeed is an online coding school, founded in 2021, that teaches live, instructor-led coding classes to children aged 6 and up and teens. Students start with visual block coding and move on to mobile apps, AI projects, Python and Java, in private 1:1 classes with a dedicated teacher.
Updated November 2026
Who is it for?
Children aged 6 and up, and teens. Complete beginners are welcome, so no coding experience is needed.
How are classes taught?
Live online with a teacher, in private 1:1 classes. Small-group slots are available on weekday evenings (IST).
What will my child learn?
To make games, apps and AI projects, and to write real code in Python and Java.
How do we start?
Book a free demo. Your child tries a live class and the teacher suggests where to start.
Real parents. Real progress.
Course paths
Which coding course should my child start with?
Three simple paths, by age and experience. Children can move up to the next path as they grow.
Block coding means snapping instructions together like puzzle pieces. Text coding means typing them. Most children start with blocks and move on to typing as they grow.
Path 1 · Ages 6–10
Young Creators
Your child snaps colourful blocks together, like puzzle pieces, to make games and animated stories. No typing needed.
Good for: first-time coders and younger children
What they’ll make
- An animated story
- A maze or catch game
Courses: ScratchJr (6–7) · Scratch (7–10)
Path 2 · Ages 8 and up
App & AI Builders
Your child builds real phone apps and projects that recognise faces and voices, still using easy blocks.
Good for: children curious about phones, apps and AI
What they’ll make
- A working phone app
- A face or voice detection project
Courses: AI with PictoBlox (8+) · App Inventor (9+)
Path 3 · Ages 10 and up
Code Champions
Your child types real code, the way professional programmers do, to build games, apps, websites and AI projects.
Good for: children who can type comfortably, and teens
What they’ll make
- A Python game
- A chatbot or data project
Courses: Python (10+) · Python Mastery (12+) · AI & Data Science (13+) · Java (14+)
Not sure which path fits? Your child’s teacher will suggest one after the free demo.
More courses for older students: explore Generative AI for Teens if your child already knows basic Python and wants to build an app with tools such as Streamlit, Supabase and Claude.
Inside a class
What happens in a live coding class?
A teacher introduces an idea, then your child puts it to work. In a Scratch lesson, for example, a student might make a character move when an arrow key is pressed. They test it, work out why it behaves the way it does, and adjust the code with guidance from the teacher.
1. Learn the idea
The teacher introduces one new idea in a live class.
2. Put it to work
Your child uses it in their own project, such as making a character move when an arrow key is pressed.
3. Test and adjust
They test it, work out why it behaves the way it does, and improve the code with guidance.
Student projects
See what eduSeed students have built
Scratch Programming
Fruit Ninja in Scratch
Aditri built a Scratch version of Fruit Ninja and used coordinates and angles to make the game work. Read Aditri’s account.
Mobile App Development
Expense Manager and Space Survival
Yugan S and Ashwin Raj C built mobile apps featured in the App Inventor student showcase.
Student results
eduSeed students win hackathons and coding contests
Our students have placed in hackathons and coding competitions in the USA and India.
Winner, Inter-School Code/Clash Hackathon, Hauppauge (USA)
Ishaan
Third place, Long Island Code Conquest Hackathon (USA)
Aditri Arun
Second place, Code Fest 24-hour hackathon by Oakridge
Pratyush
Runner-up, TechConnect 2.0 inter-school coding competition
Siddharth Om
AI project selected for YUVAi, top 50 of 50,000 contestants
Mabel Mercita
CodeIt, eduSeed’s own coding competition, now in its fourth edition
Students from every course path
Choosing a class
How to choose an online coding class for your child
Six things parents should check before signing up for any coding class.
A live teacher, not just videos
At eduSeed: every class is taught live by a teacher.
The right starting point for your child’s age
At eduSeed: three paths, from blocks at age 6 to Python and Java for teens.
Individual attention
At eduSeed: private 1:1 classes with a dedicated teacher.
Real projects, not just theory
At eduSeed: students build games, apps and AI projects in class.
The same teacher every class
At eduSeed: your child keeps the same teacher, who knows how they learn.
A free trial before you pay
At eduSeed: book a free demo and see a live class first.
Book a free coding demo
Tell us your child’s age, what they enjoy making and whether they’ve coded before. The free demo gives your child a chance to try a live class and helps you choose a starting point.
FAQ
Frequently asked questions
What age can my child start coding?
eduSeed offers ScratchJr for ages 6–7 and Scratch for ages 7–10. Children aged 10 and up who are comfortable typing can start directly with beginner Python.
Does my child need any coding experience?
No. Complete beginners are welcome. Your child starts on the path that suits their age, and the teacher builds up from there.
Does my child need Scratch before Python?
Children aged 10 and up can start with Python if they’re comfortable using a computer and typing. Scratch gives younger learners and children who prefer a visual start a way to learn coding through blocks.
Can my child learn AI without knowing Python?
Yes. PictoBlox AI introduces children aged 8 and up to AI through graphical programming. AI & Data Science with Python is designed for ages 13+ who already know the basics of Python.
Is coding still worth learning now that AI can write code?
Yes. Coding teaches children to break down problems, think logically and understand how the technology around them works, including AI tools.
How long is the free demo?
The free demo is a 30-minute live class. No payment is needed.
Can my child try a class before enrolling?
Yes. Book a free demo and share your child’s age and coding experience so we can help you choose a starting course.
How long is each class, and how often are classes held?
Each class is 1 hour. Students take classes once or twice a week, depending on what suits your family.
Will my child have the same teacher every class?
Yes. Your child keeps the same teacher, so the teacher knows how your child learns and what they have already built.
How many students are in a class?
Classes are private 1:1, with a dedicated teacher. Small groups of 3–5 students are also available on weekdays between 5:00 and 8:00 p.m. IST.
Are classes available in our time zone?
Yes. Private 1:1 class timings are arranged individually, so families in different countries can choose a time that works for them. Small-group classes run on weekdays between 5:00 and 8:00 p.m. IST.
How much do the classes cost?
Ask us for the current fee for your preferred class format when you book your free demo.
What device does my child need?
Most courses use a laptop or desktop with a reliable internet connection. ScratchJr uses the ScratchJr app on a tablet. Check the dedicated course page for the setup for your child’s course.
How long is a course?
It depends on the course. ScratchJr has 16 sessions, PictoBlox AI has 24, AI & Data Science with Python has 32, and Scratch, beginner Python and Mobile App Development each have 48. Each course page has the full curriculum.
Can my child practise between classes?
Yes. Enrolled students get access to eduSeed’s learning portal, where they can revisit lessons and projects.
I’m not technical. How can I support my child?
You don’t need to know coding. Ask your child to show you what they built, and encourage them to keep experimenting.
For parents