Classes 2–4Foundation
Logic-based projects
Puzzle solvers and pattern checkers built step by step.
Future Technology
Python ProgrammingTurn ideas into code.
Learn to think logically, solve problems, and build with Python through live classes, guided practice and real-world projects.
Try:
Why this program
WhyPython?
Python reads almost like plain English, so students can focus on ideas rather than symbols. That makes it a natural way to turn logical thinking into things that actually work.
- Logical thinking
Every program is a sequence of clear, precise steps.
- Computational thinking
Break big problems into smaller ones and spot patterns.
- Problem solving
Test an idea, find what went wrong and fix it.
- Creativity
Use code to make art, stories and games.
- Automation awareness
See how computers handle repetitive tasks.
- Understanding technology
Know how the apps and tools around them are made.
Classes 2–9 · Syllabus
Python Programming syllabus,class by class.
A Class 2 student and a Class 9 student learn different things. Pick a stage to see what students cover.
Foundation · Classes 2–4
Logic before syntax
- Sequencing
- Patterns
- Block-based coding
- Debugging
- 01Thinking in steps
- 02Sequencing puzzles
- 03Block-based coding
- 04Patterns and repetition
- 05Finding bugs in blocks
Builder · Classes 5–6
First steps in real Python
- print and input
- Variables
- Simple loops
- Turtle graphics
- 01Blocks to text
- 02First programs: print and input
- 03Variables
- 04Simple loops
- 05Turtle graphics
Explorer · Classes 7–8
Python fundamentals
- Conditions
- Functions
- Lists
- Working with data
- 01Conditions and loops
- 02Functions
- 03Lists
- 04Working with data
- 05Small games and tools
Advanced · Class 9
Python for real problems
- Data handling
- Libraries
- Data visualisation
- Algorithms
- 01Data handling
- 02Files and libraries
- 03Data visualisation
- 04Algorithms
- 05Portfolio project
What students build
Learn bybuilding.
From Class 2 to Class 9, every stage ends in something students made themselves.
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Class 5Builder
Creative coding
Turtle-graphics art, patterns and animations.
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Class 5Builder
Interactive programs
Programs that ask questions and respond to the answers.
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Class 6Builder
Games
Number-guessing, quiz and simple arcade-style games.
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Class 7Explorer
Mini applications
Small tools like a to-do list, a timer or a calculator.
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Class 7Explorer
Automation concepts
Let code handle a repetitive task, like sorting a list.
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Class 8Explorer
Data mini projects
Collect class survey data and turn it into charts.
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Class 9Advanced
Portfolio project
Plan, build and present a complete Python project.
The annual learning system
Why students love learningwith Beyond Schoolers.
One academic year, structured from start to finish.
45Live Sessions
40+Weekly / Concept Quizzes
3Capstone Real-World Projects
10Assessments
1Annual Assessment
1Skill Certificate
Live-first learning
Not just watching.Actually learning.
Recorded videos can be paused and forgotten. Beyond Schoolers connects every live class to what comes next, so each concept is practised, applied and measured.
Every concept moves through all seven steps.
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01Live expert-led classes
An instructor teaches the concept live, with questions and discussion.
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02Guided practice
Focused exercises the same week, while the idea is fresh.
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03Homework
Independent work to apply what was learned.
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04Quizzes
Quick concept checks show what is secure.
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05Projects
Students build something real with the concept.
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06Assessment
Regular assessments measure understanding.
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07Progress tracking
Students, parents and schools see growth over time.
Beyond Schoolers Certificate
Final Project Certificate.
Students who successfully complete their final project receive an official Beyond Schoolers Final Project Certificate recognising their learning, effort and practical application.
Final Project Certificate
This certifies that
Rahul Sharma
has successfully completed the final project
“Reminder App”
in the Beyond Schoolers Python Programming program
Program Director · Beyond Schoolers
For parents and schools
Value youcan see.
For parents
- Structured learning, class by class
- Live teaching, not recorded videos
- Measurable progress you can see
- Practical skills, built through projects
- Age-appropriate progression from Class 2 to 9
For schools
- A structured Python curriculum
- Live instruction by expert instructors
- Digital practice between classes
- Regular assessments
- Projects every term
- Measurable outcomes and reports
FAQs
Python ProgrammingQuestions, answered.
Classes 2 to 9. Classes 2–4 build logic with block-based coding first, then students move to real Python from Class 5–6, and on to fundamentals and real-world problems in Classes 7–9.
Live. Every session is taught live by an instructor, with questions and discussion. Recordings are available afterwards for revision — they support the live class, they don't replace it.
No. Each stage starts from where students are. Younger students begin with logic and blocks, and older beginners are guided through the fundamentals before moving on.
Depending on their stage: logic puzzles and patterns, turtle-graphics art, interactive programs, games, small tools and apps, data mini projects and a final portfolio project.
The program is written separately for four stages — Foundation (Classes 2–4), Builder (5–6), Explorer (7–8) and Advanced (9) — so each class works on content at the right level.
Through weekly concept quizzes, regular assessments, projects and an annual assessment, leading to a skill certificate.
Quiz and assessment results, practice, and project completion are recorded on the platform. Students, parents and schools see progress reports, and skills are recorded in the Skill Passport.
Not to get started. Live classes need a classroom setup with a screen and internet. Hands-on practice works best with access to computers or tablets, and our team plans the right setup with each school.
Python Programming
Build Skills.Think Bigger.
Bring Python Programming to your school — a structured, live-first program for Classes 2–9, with practice, projects and assessments built in.
What your school gets
- A structured Python curriculum
- Live instruction by expert instructors
- Digital practice between classes
- Regular assessments
- Projects every term
- Measurable outcomes and reports
45Live Sessions
40+Weekly / Concept Quizzes
3Capstone Real-World Projects