Transparent Pricing
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.
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 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.
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 LessonNo commitment. No pressure. Pricing shared after the trial lesson.
● 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
● 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
● 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
● 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
● Understanding repetitive processes
● For loops and While loops
● Loop control techniques
● Pattern generation
● Automation concepts
● Productivity-focused coding activities
● Logic challenges
● Number Challenge 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
● Understanding strings
● Text processing techniques
● String manipulation
● Search and replace operations
● User-generated content handling
● Text-based automation
● Data formatting activities
● Password Validator 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
● Nested lists
● List comprehensions
● Introduction to tuples
● Understanding sets
● Data organization strategies
● Comparing collection types
● Real-world data applications
● Smart Data Explorer 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
● 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
● 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
● Understanding data persistence
● Reading files
● Writing files
● Managing application data
● Text file operations
● File organization techniques
● Data management activities
● Quiz Storage 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
● Problem decomposition
● Algorithm design
● Debugging strategies
● Error identification
● Code optimization
● Testing and validation
● Professional coding practices
● Coding Challenge Assessment
● 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
● 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
● 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
● 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
Final Portfolio Project Examples
● Smart Expense Tracker
● Quiz Platform
● Student Management System
● Password Manager
● Mini Banking System
● Data Analytics Dashboard
● Task Automation Tool
● AI-Inspired Productivity Assistant
Outcome:
Students finish the course with real Python programming experience, a portfolio of projects, strong computational thinking skills, and the foundation required for Advanced Python, Artificial Intelligence, Data Science, Full-Stack Development, and Software Engineering pathways.
This course is for students aged 10–15+.
Students transition from visual coding environments to industry-standard text-based programming. This course is best suited for students who are ready to move beyond drag-and-drop coding and begin writing real code.
Students use Python and development environments. Session 1 covers introduction to Python and development environments.
Yes. Students build multiple Python projects throughout the course — including interactive games, data analysis projects, productivity applications, and a final independent Python project. Projects are continuously adapted to each student's experience level, interests, and pace of learning.
Yes. Classes are online, personalised, and live.
Yes. Students receive a certificate on completion.
Students who complete Python Foundations can progress into: Advanced Python Programming, AI & Machine Learning, Full-Stack Development, Mobile App Development, and Software Engineering Projects.
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