Computational Thinking and AI for CBSE Classes 3–8 | PiyushAI Edtech
CBSE CT & AI Curriculum · Classes 3–8 · 2026–27

India’s AI-ready
classroom
starts here.

Workbooks, teacher training & a digital platform built for the new CBSE Computational Thinking and Artificial Intelligence curriculum — Classes 3 to 8, aligned with NEP 2020 & NCF-SE 2023.

6
Grade levels (3–8)
150+
Hours of content
4
CT pillars

A phased journey
from Computational Thinking to AI

The official CBSE Computational Thinking and Artificial Intelligence curriculum for Classes 3–8 progresses from foundational CT skills in Classes 3–5 to advanced AI literacy and interdisciplinary projects in Classes 6–8 — exactly as prescribed under NEP 2020 and NCF-SE 2023.

Preparatory Stage

Classes 3–5

50 hours/year · Integrated with Math & TWAU
  • Abstract Thinking — viewpoints of 3D objects & shape transformations
  • Pattern Recognition in numbers, shapes, and letter sequences
  • Decomposition using multi-clue, step-by-step analysis
  • Algorithmic Thinking with grid movements & value sequences
  • Activity-based CT worksheets integrated with textbooks
Middle Stage

Classes 6–8

100 hours/year · Advanced CT + AI Literacy + Projects
  • Advanced Computational Thinking for CBSE — multi-layered algorithms
  • Introduction to AI — supervised, unsupervised, reinforcement learning
  • AI domains: Computer Vision, NLP, Data Science
  • Data visualisation — bar charts, line graphs, pattern analysis
  • AI ethics, bias, digital citizenship & responsible use
Class 8 — Capstone

AI Projects

Hands-on AI project lifecycle — 20 dedicated hours
  • AI Project Cycle: Define → Collect → Test → Reflect & Improve
  • No-code AI tools: image classifiers, chatbots, data apps
  • Bias in datasets — strategies for fairness and inclusivity
  • AI applications in healthcare, environment, education
  • Responsible AI — accountability, privacy, social impact

Computational Thinking
skills that power AI

All PiyushAI resources for Computational Thinking for CBSE are structured around the four core CT skills that CBSE identifies as the cognitive foundation for understanding and building AI systems.

Pattern Recognition

Identify similarities, trends, and regularities in numbers, shapes, and real-world data — the same process that powers machine learning models.

Decomposition

Break complex, real-world problems into smaller, manageable sub-problems — a foundational skill for both CT and AI system design.

Algorithmic Thinking

Design clear, ordered step-by-step procedures and logical rules — the backbone of every computer program and AI algorithm.

Abstraction

Focus on essential information, filter out irrelevant details, and generalise solutions — exactly how AI models build reusable intelligence.

Everything a school
needs to get started

From classroom-ready CBSE CT & AI workbooks to certified teacher training for CBSE — PiyushAI Edtech provides end-to-end support for confidently implementing the new Computational Thinking and AI curriculum.

CBSE CT & AI Student Workbooks

Grade-specific Computational Thinking workbooks for CBSE, Classes 3–8 — aligned chapter-by-chapter with CBSE Mathematics & TWAU textbooks. Includes CT puzzles, decomposition exercises, pattern recognition activities, and AI literacy sheets. Teachers can use them seamlessly during regular classes.

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Teacher Training for CBSE CT & AI

Certified teacher training for the CBSE Computational Thinking and AI curriculum. Comprehensive teacher manuals covering CT pedagogy, AI literacy concepts, formative assessment rubrics, and classroom facilitation strategies for Classes 3–8. Available online and in-person across Maharashtra.

Learn about training →

CT & AI EdTech Platform

An interactive digital platform for CBSE AI and CT learning — featuring no-code AI tools, project-based modules, visual reasoning exercises, and data analysis activities. Platform-agnostic, open-source-first, and designed for the real-world infrastructure of Indian schools.

Join the waitlist →

Questions about
CT & AI for CBSE

Common questions from school principals, CBSE teachers, and parents about the new Computational Thinking and Artificial Intelligence curriculum.

What is the CBSE Computational Thinking and AI curriculum for Classes 3–8?

The CBSE CT & AI curriculum is a new subject introduced by the Central Board of Secondary Education under NEP 2020 and NCF-SE 2023. For Classes 3–5 (Preparatory Stage), Computational Thinking is integrated into Mathematics and TWAU at 50 hours per year. For Classes 6–8 (Middle Stage), it includes advanced CT, foundational AI literacy, and interdisciplinary projects at 100 hours per year. The curriculum builds AI-ready learners through the four CT pillars: pattern recognition, decomposition, algorithmic thinking, and abstraction.

How can CBSE teachers get training for the CT and AI curriculum?

PiyushAI Edtech offers certified teacher training for the CBSE Computational Thinking and AI curriculum, available online and in-person across Maharashtra. Our programs cover CT pedagogy methods, AI literacy for teachers, formative assessment rubrics, and classroom facilitation techniques for Classes 3–8. Teachers receive a comprehensive teacher manual and digital resources. Write to support@piyushai.com to enrol or schedule a demo.

Which classes does the CBSE AI curriculum cover?

The CBSE AI curriculum covers Classes 3 through 8. Classes 3–5 focus on foundational Computational Thinking skills (pattern recognition, decomposition, abstraction, algorithmic thinking). Classes 6–8 advance to AI literacy covering supervised learning, unsupervised learning, reinforcement learning, Computer Vision, Natural Language Processing (NLP), Data Science, data visualisation, AI bias, and ethics. Class 8 includes a hands-on AI project lifecycle component using no-code tools.

Are the PiyushAI workbooks aligned with official CBSE textbooks?

Yes. Our Computational Thinking workbooks for CBSE follow the same table of contents as the official CBSE Mathematics and TWAU textbooks for Classes 3–8. CT questions and activities are integrated chapter-by-chapter so teachers can use them naturally during their existing lessons — no extra syllabus load, no separate class period required for Classes 3–5. The workbooks for Classes 6–8 additionally include AI literacy content, project briefs, and ethics discussions.

Who teaches CT and AI in CBSE schools?

For Computational Thinking in CBSE Classes 3–5, the curriculum is delivered by existing Mathematics and subject teachers using CT resource books and worksheets. For AI for CBSE Classes 6–8, delivery is collaborative — subject teachers handle CT resources, and the Computer teacher facilitates AI literacy content and project-based assessments. PiyushAI provides teacher manuals and training for both groups.

Built by educators,
grounded in research

PiyushAI Edtech brings IIT Madras academic rigour together with Maharashtra CBSE school experience to create the most credible, classroom-ready CT & AI resources in India.

IIT Madras Credibility

Founded by an IIT Madras M.Tech alumnus with instructor experience at the IIT Madras BS Degree Programme, NPTEL, Microsoft Learn, AWS Academy, Volkswagen, and Skillable.

100% Curriculum-Mapped

Every resource directly maps to the official CBSE CT & AI curriculum 2026–27 — no guesswork, no filler. Chapter-by-chapter alignment ensures seamless classroom integration for Computational Thinking for CBSE.

Maharashtra-First Approach

Rooted in Vidarbha and designed for the realities of Maharashtra CBSE schools. Support available in English, Hindi, and Marathi contexts. Special focus on Amravati, Nagpur, and Vidarbha region schools.

Open-Source, No Lock-in

All resources use free and open-source tools, as recommended in the official CBSE CT & AI curriculum document. Schools are not tied to any paid platform. Accessible for every CBSE institution.

Implement the CBSE Computational Thinking & AI curriculum with confidence

Whether you’re a school principal, CBSE teacher, or education coordinator — PiyushAI Edtech is your implementation partner for the new CT & AI curriculum across Classes 3 to 8.

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