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✦ Senior Coder · Python Programs · Level 1 · Ages 10–15+

Python Programming Foundations

Build the Programming Skills Behind AI, Software Engineering, Data Science & Modern Technology

Python is one of the world's most widely used programming languages and powers technologies used by companies such as Google, Netflix, Spotify, NASA, OpenAI, and thousands of technology startups.

⏱ 40-42 Hrs + 2 Hrs Assessment

🔴 Online - Personalized Live Classes

💻 Python Programming Language

🎖 Certificate On Completion

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500,000+

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40+

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Curriculum Designed By Educators And Technologists Who Worked For Tech Leaders
Tech Companies

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Course Overview

What Is This Course About?

Python is one of the most widely used programming languages across software development, Artificial Intelligence, Data Science, automation and technology products.

But learning Python today is about more than memorising syntax.

Modern developers increasingly work alongside AI-powered development tools to explore ideas, understand unfamiliar code, debug problems, test solutions, improve documentation and accelerate software development.

Senior Coders Level 1 combines strong Python programming foundations with an introduction to AI-assisted software development — giving students both the coding skills and the modern development mindset they need for the next generation of technology careers.

Students move from beginner-friendly programming concepts into real text-based Python development, building projects while developing computational thinking, problem-solving, debugging, software design and responsible AI-tool usage.

Why Learn Python First?

Python provides a powerful foundation for many areas of technology.

It is widely used across:
  • Artificial Intelligence and Machine Learning
  • Data Science and Analytics
  • Software Engineering
  • Automation and Scripting
  • Web and Backend Development
  • Scientific Computing
  • Robotics and Intelligent Systems
  • Technology Startups and Digital Products

Learning Python therefore gives students a programming foundation that can open the door to multiple future technology pathways.

Our Approach

More Than Learning Python
From a Textbook

A traditional beginner Python course might teach students:

Variables Loops Functions Lists Dictionaries
Students may understand the syntax — but still struggle to answer: "How do I actually build something with this?"

Senior Coders take a
different approach.

Students learn Python through projects, challenges, problem-solving and software-building activities.

The goal is not simply to produce students who can write Python syntax.

The goal is to develop students who can think like software developers.

They learn to:

  • Break real problems into smaller steps
  • Design algorithms and solutions
  • Write and organise Python programs
  • Build reusable functions
  • Debug errors and improve their code
  • Work with data and files
  • Plan and develop complete applications
  • Explain how their code works
  • Use modern AI development tools responsibly

By completing Python Programming Foundations, students will:

  • Build a portfolio of software projects
  • Prepare for advanced AI and software engineering pathways
  • Develop foundations relevant to future Computer Science studies

Why This Course Is Different

Traditional Python Learning
Learn syntax Complete exercises Follow examples Repeat
Senior Coders Python Foundations
Understand Think Build Test Debug Use AI Evaluate Improve Explain

Students don't just learn what a for loop or function does.

They learn when to use it, why it is useful, how it fits into a larger program and how to troubleshoot it when something goes wrong.

AI-Assisted Software Development

Learn How Modern Developers Build Software

AI is changing the way software is developed. But AI does not replace programming knowledge.

The developer still needs to understand the problem, evaluate the solution, test the code and make the final technical decisions.

That is why AI integration is introduced after students have built their Python foundations. Students first attempt programming challenges independently, then use tools such as ChatGPT and NotebookLM as learning and development partners.

ChatGPT NotebookLM

AI Is the Assistant — The Student Is the Developer

Our approach is designed to prevent students from becoming dependent on AI.

1

Think

Understand the problem and plan a solution.

2

Code

Write the Python solution independently.

3

Test

Run the program and identify problems.

4

Ask

Use AI to investigate an error, concept or alternative approach.

5

Evaluate

Decide whether the AI suggestion actually makes sense.

6

Improve

Modify and test the program.

7

Explain

Demonstrate an understanding of the final solution.

This creates a much stronger learning cycle than simply copying AI-generated code.

The key difference?

Students don't simply ask AI for the answer.

They learn to question, evaluate, test and improve AI-generated suggestions.
This develops an important modern skill:

AI Literacy + Programming Literacy

Students learn both how to code and how to work intelligently with AI while coding.

Projects

What Students Will Build

Students learn through practical software projects rather than theory alone.

Projects include:

Smart Calculators

Eligibility Checkers

Number Challenge Programs

Smart Utility Tools

Password Validators

Student Record Managers

Data Explorers

Movie Databases

Dice & Simulation Programs

Interactive Games

File-Based Quiz Applications

Personal Task Managers

Data Analysis Mini Projects

Creative Python Graphics

Complete Python Applications

Independent Portfolio Projects

AI-Assisted Python Development Challenges

Projects become progressively more complex as students combine programming concepts.

Senior Coders Projects preview
Senior Coders · Student Projects

Projects Built by Our Senior Coders

Explore real projects created by our Senior Coders across every pathway.

Alen Aslanyan, creator of Smart Travel Budget Planner
Python Pathway · Level 1

Smart Travel Budget Planner

Python Programming

Plan smarter, travel better! Our student developed a Python-powered travel budget planner that helps users organise trip expenses, estimate costs, track spending, and stay within their budget.

Using programming logic, reusable functions, data collections, and file handling, the application transforms everyday travel planning into an interactive software solution. It demonstrates how Python can be used to solve practical problems through structured thinking and automation.

Think logically. Code creatively. Build solutions for the real world!

Meet the maker

I am a 4th grader from South Carolina, and I love soccer, music, and coding.

Alen Aslanyan 4th grader · South Carolina, USA
Elvin, creator of Smart Eco-Life Analyzer — Turning Python into Environmental Impact
Python Pathway · Level 1

Smart Eco-Life Analyzer — Turning Python into Environmental Impact

Can code help make everyday life more sustainable? In this project, students develop a Python application that analyzes daily lifestyle choices and encourages environmentally conscious habits.

The application collects user inputs, evaluates habits using conditional logic, calculates personalized eco-scores, and generates practical recommendations. Using Python functions, data collections, file handling, and basic data analysis, students transform everyday information into meaningful insights.

Skills demonstrated: Python programming, computational thinking, data management, algorithm design, problem-solving, and software development.

The outcome: A practical, interactive application that demonstrates how programming can be used to understand real-world problems and inspire positive change.

Meet the maker

Hi, my name is Elvin. I’m 9 years old and I’m from Illinois in the United States of America. I love computers, technology, and coding. My hobbies are programming with Python and robotics. I want to be a Robotics Engineer when I grow up.

Elvin 9 years old · Illinois, USA
Meheryn, creator of AI-Powered Digital Decluttering Assistant
Python Pathway · Level 3

AI-Powered Digital Decluttering Assistant

Python & AI Software Development

Too many files, not enough organisation? Our student developed an intelligent desktop application that helps users organise their digital workspace with the power of AI.

Combining Python, modular software architecture, prompt engineering, and AI API integration, the application scans documents, suggests meaningful categories, generates summaries, and helps users find information more efficiently.

Built using a professional development workflow that includes testing, debugging, version control, and application packaging, this project demonstrates how AI can enhance traditional software development to solve everyday problems.

From idea to working product — designing, coding, testing, and deploying software with AI.

Meet the maker

I’m from California. I love coding and painting.

Meheryn California, USA
Vishnu Arul Selvan, creator of AI Consumer Rights & Complaint Assistant
Python Pathway · Level 4

AI Consumer Rights & Complaint Assistant

Advanced AI & Agentic Systems

Turning complex information into clear, actionable communication! Our student developed an AI-powered application that helps users organise consumer complaints, search relevant policy documents, and generate structured complaint letters supported by retrieved information.

Combining Large Language Models, Retrieval-Augmented Generation (RAG), vector search, and agentic workflows, the project demonstrates how advanced AI can transform unstructured information into a practical problem-solving tool.

From intelligent retrieval to AI-assisted action — engineering solutions with purpose.

Meet the maker

I am 12 th grader from Dubai, and I love playing cricket and coding.

Vishnu Arul Selvan 12th grader · Dubai, UAE
Sanjay Nair, creator of EcoQuest — Small Actions, Greener Future
Web Development · Level 1

EcoQuest — Small Actions, Greener Future

Project Overview

EcoQuest is a student-designed sustainability website that inspires young people and families to adopt environmentally friendly habits. The website presents practical eco-friendly tips, recycling guides, environmental facts, and community challenges through an attractive, easy-to-navigate interface.

Students will independently build the website using HTML5 and CSS3, creating a consistent visual identity, responsive layouts, accessible content, and user-friendly navigation. AI design tools will support the design process, while students retain control over the final code and design decisions.

Key Website Features

  • Home Page: An engaging introduction with a strong headline, environmental imagery, and calls to action.
  • Green Living Guide: Dedicated sections explaining how to save water, conserve energy, reduce waste, and reuse materials.
  • Recycling Explorer: Categorized recycling information presented using structured content, images, and tables.
  • Eco Challenge Page: A collection of practical environmental challenges presented through cards, lists, and clear instructions.
  • Join the Movement: A registration form where visitors can enter their details, select environmental interests, and choose a challenge.
  • About EcoQuest: The mission, purpose, and goals of the initiative.

Design and Technical Requirements

  • Build structured pages using semantic HTML5.
  • Style the website using CSS3, typography, color palettes, spacing, borders, and hover effects.
  • Include images with appropriate alternative text.
  • Create consistent navigation across multiple pages.
  • Use tables and forms to organize information and collect visitor inputs.
  • Optimize the layout for desktop, tablet, and mobile screens.
  • Add relevant metadata and page titles for SEO.
  • Use AI tools to explore design options, critique the interface, and improve usability.
  • Test readability, accessibility, responsiveness, and consistency before publication.
Meet the maker

Hi, I am Sanjay Nair from Sydney, Australia. I like playing soccer; I am a big fan of good food and I watch anime. I love coding, especially using HTML, JavaScript and machine learning.

Sanjay Nair Sydney, Australia
Nivedith, creator of Mystery Detective – Case Solver
Web Development · Level 2

Mystery Detective – Case Solver

An Interactive JavaScript Investigation Game

Step into the shoes of a detective and solve mysteries through clues, critical thinking, and smart decisions! Mystery Detective is an interactive web application where players investigate mysterious cases, examine evidence, question suspects, and connect the clues to uncover the truth.

Built using HTML, CSS, and JavaScript, this project brings storytelling and programming together through interactive challenges, dynamic interfaces, and logic-based decision-making. Every choice brings players closer to solving the case, making the experience engaging, challenging, and fun.

Key Highlights

  • Investigate intriguing cases and discover hidden clues.
  • Examine evidence and analyse suspect profiles.
  • Make decisions that influence the investigation.
  • Solve puzzles and unlock the final mystery.
  • Track investigation progress through an interactive interface.

Skills Demonstrated: JavaScript fundamentals, conditional logic, functions, arrays, objects, DOM manipulation, event handling, and dynamic content updates.

The Challenge: Can you connect the clues, uncover the hidden truth, and solve the mystery?

Meet the maker

Hi my name is Nivedith and I'm 12 years old.im from Sydney Australia. I enjoy doing soccer,cricket and love to build robots. When I grow up I want to become an engineer.

Nivedith 12 years old · Sydney, Australia
Syed Nubaid, creator of Smart Waste Management App – Building a Cleaner Future with Code
Java Software Engineering & Android App Development

Smart Waste Management App – Building a Cleaner Future with Code

Turning technology into a solution for a cleaner planet! Our student designed an Android application that helps communities report waste problems, learn responsible recycling, and track waste collection updates. Built using Java and Android Studio, the project demonstrates how mobile app development and cloud technology can address real-world environmental challenges.

From coding to creating impact — our young developer is building technology for a better tomorrow!

Meet the maker

I’m a 14 year old from Sweden, really passionate about basketball, and game designing.

Syed Nubaid 14 years old · Sweden
Vaibhav, creator of Smart Railway Crossing Safety System
C++ Programming & Virtual Robotics Engineering

Smart Railway Crossing Safety System

C++ & Virtual Robotics

Engineering safer journeys through intelligent automation! Our student designed a simulated railway crossing system using C++, Arduino, and Tinkercad. The system coordinates warning lights and a servo-controlled safety barrier through programmed conditions, timed events, and state-based logic.

By combining embedded programming, electronic circuit design, and real-time decision-making, this project demonstrates how software and hardware work together to manage a safety-critical process.

Code the logic. Simulate the system. Engineer safer solutions.

Meet the maker

I’m Vaibhav from Abu Dhabi. I love soccer

Vaibhav Abu Dhabi, UAE
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Curriculum

Curriculum: 40-42 Hours + 2 Hours Assessment

Build the programming foundation behind Artificial Intelligence, Software Engineering, Data Science, Automation, and modern technology careers. Students learn Python through real-world projects, interactive challenges, problem-solving activities, and industry-inspired applications. Rather than simply learning coding syntax, students develop computational thinking, software development skills, and the confidence to build real programs used throughout the Senior Coders pathway.

1 Introduction to Python & Software Development First coding challenge
  • Understanding how software powers modern technology
  • Introduction to Python and development environments
  • Writing and running your first Python programs
  • Print statements and user interaction
  • Understanding programming workflows
  • Code structure and readability
  • Exploring real-world Python applications
  • First coding challenge
2 Variables, Data Types & User Inputs Smart calculator mini project
  • Understanding how programs store information
  • Variables and naming conventions
  • Numeric, text, and Boolean data types
  • Taking user inputs
  • Performing calculations
  • Building interactive programs
  • Data conversion techniques
  • Smart calculator mini project
3 Problem Solving with Operators Coding challenge project
  • Arithmetic operators
  • Comparison operators
  • Logical operators
  • Building decision-making systems
  • Understanding program logic
  • Solving real-world coding challenges
  • Mathematical problem-solving activities
  • Coding challenge project
4 Building Smart Decision Systems Eligibility Checker Project
  • Introduction to conditional statements
  • If, Else, and Elif structures
  • Decision-making applications
  • User-driven program behaviour
  • Validation systems
  • Rule-based programming
  • Interactive scenarios
  • Eligibility Checker Project
5 Automation with Loops Number Challenge Project
  • Understanding repetitive processes
  • For loops and While loops
  • Loop control techniques
  • Pattern generation
  • Automation concepts
  • Productivity-focused coding activities
  • Logic challenges
  • Number Challenge Project
6 Functions – Building Reusable Software Smart Utility Builder Project
  • Why software engineers use functions
  • Creating custom functions
  • Parameters and arguments
  • Returning results
  • Modular programming concepts
  • Code reusability
  • Building scalable programs
  • Smart Utility Builder Project
7 Working with Text Data Password Validator Project
  • Understanding strings
  • Text processing techniques
  • String manipulation
  • Search and replace operations
  • User-generated content handling
  • Text-based automation
  • Data formatting activities
  • Password Validator Project
8 Lists & Data Collections Student Record Manager Project
  • Introduction to data collections
  • Creating and managing lists
  • Accessing and updating information
  • Sorting and organizing data
  • Working with multiple values
  • Productivity applications
  • Data management activities
  • Student Record Manager Project
9 Advanced Data Collections Smart Data Explorer Project
  • Nested lists
  • List comprehensions
  • Introduction to tuples
  • Understanding sets
  • Data organization strategies
  • Comparing collection types
  • Real-world data applications
  • Smart Data Explorer Project
10 Dictionaries & Structured Data Movie Database Project
  • Key-value data storage
  • Creating dictionaries
  • Managing structured information
  • Updating and retrieving data
  • Building information systems
  • Introduction to JSON concepts
  • Business-style data organization
  • Movie Database Project
11 Modules & Professional Coding Tools Dice Game & Simulation Project
  • Understanding Python modules
  • Importing external libraries
  • Working with Math module
  • Random module applications
  • Date and time utilities
  • Statistics and data calculations
  • Using existing developer tools
  • Dice Game & Simulation Project
12 Creating Interactive Games Number Guessing Game Project
  • Combining conditions and loops
  • Building game mechanics
  • User interaction systems
  • Scoring systems
  • Randomized gameplay
  • Logic-based game development
  • Project planning techniques
  • Number Guessing Game Project
13 File Handling & Data Storage Quiz Storage Project
  • Understanding data persistence
  • Reading files
  • Writing files
  • Managing application data
  • Text file operations
  • File organization techniques
  • Data management activities
  • Quiz Storage Project
14 Building Productivity Applications Personal Task Manager Project
  • Combining multiple Python concepts
  • Managing user data
  • Automation workflows
  • Program organization
  • Real-world software thinking
  • Interactive utilities
  • Business-inspired applications
  • Personal Task Manager Project
15 Software Engineering Challenge Coding Challenge Assessment
  • Problem decomposition
  • Algorithm design
  • Debugging strategies
  • Error identification
  • Code optimization
  • Testing and validation
  • Professional coding practices
  • Coding Challenge Assessment
16 Data Analysis Foundations Mini Data Insights Project
  • Introduction to data-driven thinking
  • Working with datasets
  • Organizing information
  • Basic statistical analysis
  • Data interpretation
  • Visual representation concepts
  • Industry applications of data
  • Mini Data Insights Project
17 Creative Coding & Visual Programming Graphics Challenge Project
  • Python graphics concepts
  • Designing visual outputs
  • Creative problem solving
  • Interactive design thinking
  • Digital creativity projects
  • Programming through visualization
  • Combining logic and design
  • Graphics Challenge Project
18 Software Systems Project Complete Application Build
  • Combining functions, data, files, and logic
  • Building larger applications
  • Project architecture concepts
  • Software development lifecycle
  • Testing and debugging
  • User experience thinking
  • Documentation basics
  • Complete Application Build
19 Portfolio Project Development Final Project Development
  • Planning a complete software project
  • Defining project objectives
  • Designing user interactions
  • Building project features
  • Testing and improvements
  • Preparing project demonstrations
  • Portfolio presentation skills
  • Final Project Development
20 AI-Assisted Software Development with Python Mini Project: AI-Assisted Python Developer Challenge

Using AI as a Development Partner — Without Replacing Programming Thinking

  • Introduction to AI-assisted software development
  • How AI tools are changing modern programming workflows
  • Responsible use of AI coding assistants
  • Using ChatGPT as a programming learning partner
  • Using NotebookLM for learning, revision and project understanding
  • Writing effective technical prompts
  • Asking AI to explain Python concepts
  • Socratic debugging with AI
  • Investigating Python errors and error messages
  • Asking AI questions about existing code
  • Comparing different programming approaches
  • Reviewing and improving code
  • Generating edge cases and test ideas
  • Using AI to create revision questions
  • Using AI to support technical documentation
  • Evaluating AI-generated code and explanations
  • Identifying incorrect or inefficient AI suggestions
  • Human verification, testing and decision-making
  • Understanding the limitations of AI coding tools
AI-Assisted Development Workflow

Students practise a modern development cycle:

Think Code Test Ask AI Evaluate Improve Test Again Explain

Mini Project: AI-Assisted Python Developer Challenge

A Assessment Session Python Developer Challenge
  • Students complete an independent Python project that combines programming logic, data management, problem-solving, functions, and software development concepts.
Future Pathways

Where Can These Skills Lead?

Python is not an isolated programming skill.

It can become the foundation for several technology pathways.

Software Engineering

Students can progress from small Python programs into larger applications, APIs, software architecture, testing and collaborative development.

Artificial Intelligence & Machine Learning

Python provides a foundation for later learning in Machine Learning, Computer Vision, Natural Language Processing, Large Language Models and Agentic AI.

Data Science

Students can progress into data analysis, statistics, visualisation, data processing and predictive modelling.

Automation

Python can be used to automate repetitive tasks, process information and create productivity tools.

Web & Application Development

Python can later be used for backend development, APIs and full-stack applications.

Robotics & IoT

Python programming concepts can be applied to robotics, sensors, automation and intelligent connected systems.

Your Learning Journey

Career-Ready Learning Pathway

Senior Coders Level 1 is the beginning of a structured technology pathway.

After Python Foundations, students can progress towards:

You are here Level 1

Python Programming Foundations

AI Software Development

AI-Powered Software Development with Python

Build the Software of Tomorrow with AI. In this hands-on program, students learn how to become AI-powered software developers.

Level 2

Advanced Python Programming & AI Foundations

Advanced programming, object-oriented programming, data structures, APIs, GUI development, image processing and AI foundations.

Advanced AI

AI & Machine Learning

Machine Learning, NLP, Computer Vision, LLMs, RAG and Agentic AI.

Software Engineering

Progress towards larger software projects, professional development workflows, testing, version control and collaborative engineering.

THE ITSMYBOT ADVANTAGE

Why Parents Love Our Programs

Every child learns differently. That's why we combine exceptional educators, personalised guidance, and continuous progress tracking to create a learning experience parents can trust and children enjoy.

Highly Selected Instructors

Highly selected instructors focused on creativity and engagement.

Personalized Live Classes

Personalized live classes tailored to each child's learning pace.

Progress Reports & Parent Updates

Progress reports and regular parent updates after sessions.

Flexible Scheduling Options

Flexible scheduling options including evenings and weekends.

Project-Based Learning

Project-based learning designed to keep children motivated and confident.

Safe & Encouraging Learning Environment

Safe, encouraging learning environment that supports creativity and innovation.

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Testimonials

Trusted By Parents Like You!

  • Engaging, easy to follow, fun!

    After our 8th Little Coder class, my 7 year old is already counting down the days to the next session! Kyle, the teacher, is wonderfully engaging and funny, he makes coding concepts feel completely accessible.

    Each week, they build little scenes together: moving characters, giving them dialogue, and bringing their ideas to life. It’s truly impressive to watch. Congratulations to the ItsMyBot team!

    I couldn’t be happier with my choice!

  • My son started a foundational course on coding

    My son started a foundation course on coding with itsmybot to learn how to apply his creative skills and it has been an amazing and passionate journey.

    His tutor is very patient and engaging making his learning experience enjoyable. Based on his experience, he looking forward to progressing to the next level of fun and yet productive experience.

  • A Great Learning Experience

    We’ve had such a lovely experience with Itsmybot. My son started his coding journey here with the basics, and it has been wonderful to see how much he has grown and developed his interest over time.

    What we especially love is that he has continued learning with them instead of stopping after one course. He started with basic coding, then moved on to robotics, and he is now learning Roblox. Each new step has kept him excited and curious to learn more.

    As a parent, it’s really rewarding to see your child genuinely enjoy learning something new and feel proud of what he can create.

    I would happily recommend Itsmybot to other parents looking for a fun and engaging way for their children to learn coding and technology.

Rated 4.8 out of 5 based on 72 reviews on Trustpilot

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testimonials

Trusted by Parents like You!

I was extremely happy with the teacher and her approach to my daughter, like a close family teacher.

By Canavady

My daughter, Rishika is thoroughly enjoying the learning experience at ItsMyBot. Ms. Poornima is teaching the program very well, at the right pace, making sure Rishika understands the concepts well. During the feedback session, she provided the details of Rishika’s strengths and areas of improvement giving me the confidence that she is well aware of how to guide her holistically. The daily class reports and feedback gives a clear understanding of the progress in each class. I also appreciate the excellent coordination, hassle free class scheduling and timely response to queries by Sandhya. I would definitely recommend ItsMyBot to my friends and family.

By rehana

Enrolling my son in classes in September has been a great decision. The trial class helped us identify his interests, and Ms. Jiya's engaging approach has made learning enjoyable. I appreciate her encouragement for my son to draw and write, recognizing it as a positive habit for his development. The flexibility of classes is a significant advantage, accommodating our unpredictable schedule. Ms. Jiya's understanding and willingness to reschedule when needed make the learning process enjoyable for both my son and us as parents. I'm grateful for the positive environment Ms. Jiya creates, and we look forward to more enjoyable learning experiences. Kudos to the iTSMYBOT team for their exceptional responsiveness and clear lesson reports, contributing to a smooth and enriching educational journey for our son.

By Dimple Jain

Rated 4.8 out of 5 based on 72 reviews on Trustpilot

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Transparent Pricing

Pay monthly.
Stay because you love it.

Most coding academies ask you to pay upfront for months - before your child has even had a single class. At ItsMyBot, we think that's backwards. You pay month to month, and you're always in control.

What you get
Other Academies
ItsMyBot
Monthly billing
✗
✔ Yes
Full upfront payment required
✗ Often yes
✔ Never
Freedom to pause anytime
✗ Rarely
✔ Always
Pricing based on your needs
— Fixed plans
✔ Personalised
📅

Month-to-Month Enrolment

Enrol and pay one month at a time. No annual lock-ins, no large upfront amounts. Your investment stays proportional to the value your child receives.

🎯

Pricing Built Around You

Pricing varies based on the teacher, teaching style, and course chosen - because every learner is different. We'll tell you the exact cost after your free trial class, when you know what fits best.

🔓

Full Flexibility, Always

Life happens. If your needs change after any month, you have complete freedom to adjust. We'd love for you to stay - but we'll never make you feel stuck.

Why don't we show fixed prices? Because we don't believe in one-size-fits-all. Different teachers bring different expertise, teaching methods, and experience - and that's reflected in how we price. The best way to find your fit is to take the free trial lesson first, meet your instructor, and then decide. Pricing is shared after the trial - transparently, with no pressure.

Start for free - no card required

Book Your Free Trial Lesson

No commitment. No pressure. Pricing shared after the trial lesson.

Simple start

How it works

3 Easy Steps to Get Started:

1

Book a free trial

Fill in the form. An academic counsellor will schedule a free session and assess your child's current level and interests.

2

Get a personalised roadmap

Based on the trial, counsellors build a custom learning path — right pace, right projects, right instructor for your child.

3

Build, learn, and earn

Live sessions, progress reports after every class, parent feedback calls, and a certificate on completion. Your child keeps all their projects.

FAQs

Common Questions From Parents

It's the first level of the Senior Coder pathway, for ages 10–15+. Across 40-42 live hours plus a 2-hour assessment, your child moves beyond drag-and-drop coding, writes real Python — the language behind Google, Netflix, and OpenAI — and is introduced to AI-assisted development using tools like ChatGPT and NotebookLM.

Yes, that's exactly who it's for. It's designed for students ready to leave drag-and-drop coding behind and begin writing real, professional code with confidence.

Some coding familiarity helps, but the course starts from the fundamentals. It's best for students ready to move from visual coding into real text-based programming — we confirm the right fit in the trial.

This is the gateway to everything next. The natural next step is Level 2: Advanced Python Programming & AI Foundations. From there, students can progress towards AI-Powered Software Development with Python, AI & Machine Learning, and Software Engineering.

Your child writes real Python in professional development environments, and later in the course learns to use AI coding tools like ChatGPT and NotebookLM responsibly — the same kind of workflow used by real software developers today.

It's 40-42 hours of live instruction plus a 2-hour assessment, across 20 sessions, each building on the last.

Yes — 100% live and one-on-one with a dedicated instructor. Your child learns in real time, asks questions freely, and follows a flexible schedule that fits around school and family. Nothing is pre-recorded.

Yes! Your child earns a Certificate of Completion, and keeps every project they build along the way.

Python's clean, readable style lets your child focus on thinking like a programmer. It also powers AI, data science, and automation — so the skills stay relevant for years.

Both — by design. Students first learn to solve problems and write Python independently. Only after that foundation is solid do they start using AI tools like ChatGPT and NotebookLM — not to get answers handed to them, but to investigate errors, explore alternatives, and evaluate AI-generated suggestions before deciding whether to use them. The goal is a child who can code and think critically about AI, not one who depends on it.

This is the gateway to everything next — Advanced Python & AI Foundations, AI & Machine Learning, Full-Stack Development, and Software Engineering.

Absolutely. Book a free trial, and a counsellor will assess your child's level and interests, then build a personalised roadmap.

The Future of Coding Is Not Human vs AI

It is Human + AI.

The most valuable developers will not simply know how to write code.

They will know how to:

  • Think clearly.
  • Understand technology.
  • Ask better questions.
  • Use AI effectively.
  • Evaluate its output.
  • Test their solutions.
  • And take ownership of the software they build.

That is the mindset we begin developing in Senior Coders Level 1.

From Learning Python to Learning How Modern Software Is Built.

This is where the Senior Coders journey begins.

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Ready To Begin The Python Programming Journey?

Students move beyond drag-and-drop coding and begin writing real code — developing the coding confidence needed for more advanced technology specializations.

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