The Ministry of Education used the India AI Impact Summit 2026 to outline its approach to integrating artificial intelligence across India's education system, with a focus on moving from policy discussions to large-scale implementation.

A special session titled “Ministry of Education – Pushing the Frontier of AI in India” was held at Bharat Mandapam, New Delhi, on February 17. Union Education Minister Dharmendra Pradhan and Minister of State for Education and Skill Development & Entrepreneurship Jayant Chaudhary participated in the session.

The discussion examined how AI can be integrated into school education, higher education, skilling, research and innovation while remaining aligned with the National Education Policy (NEP) 2020 and the government's broader Viksit Bharat 2047 vision.

From AI Policy to Large-Scale Implementation

The Education Ministry said its approach is shifting from developing policy frameworks to implementing AI-enabled initiatives across the education ecosystem.

The ministry highlighted public digital infrastructure, Centres of Excellence, teacher training, curriculum integration and partnerships with industry and startups as key components of this transition.

Rather than treating AI as a series of isolated technology pilots, the summit session focused on building systems that can support its wider and more sustainable use in education.

AI to Shape India's Knowledge Economy

Pradhan said AI could play a transformative role in India's education sector and contribute to the country's ambition of becoming a global knowledge leader.

Speaking at the summit, he encouraged students and young professionals to develop innovative solutions that could strengthen India's position in the rapidly changing global AI landscape.

The minister also stressed the connection between AI education and education powered by AI, indicating that students will need both technological understanding and the ability to use emerging tools effectively.

Centre of Excellence at IIT Madras

One of the initiatives highlighted during the session was the Centre of Excellence in AI for Education at IIT Madras.

The centre is part of the government's efforts to build institutional capacity around artificial intelligence in education. IIT Madras Director Professor V. Kamakoti participated in the summit discussions along with academics, technology experts and industry representatives.

The broader objective is to connect research and innovation with practical applications that can eventually be deployed across India's education system.

Teachers, Curriculum and Digital Infrastructure

The ministry's AI strategy extends beyond providing students with access to AI tools.

The summit highlighted the importance of teacher training, curriculum integration and national digital platforms in creating an education system capable of adapting to AI-driven changes.

This approach places educators, institutions and public digital infrastructure alongside technology itself, recognising that large-scale adoption depends on the capacity of the education system to use AI effectively and responsibly.

Industry and Academia Join Discussion

The session brought together representatives from academia, technology companies and the investment ecosystem.

Participants included Zoho founder Sridhar Vembu, technologist Vibhu Mittal, Peak XV Partners Managing Director Rajan Anandan, IIT Kanpur Director Manindra Agrawal, IIT Madras Director V. Kamakoti and IIT Bombay professor Sunita Sarawagi. The session was moderated by IIT Jammu Director Manoj S. Gaur.

The discussions covered AI governance, national learning platforms, indigenous AI development and the responsible deployment of advanced AI models.

Responsible AI Becomes Central to Education Roadmap

The Education Ministry's summit discussions also placed emphasis on responsible AI adoption.

According to the ministry, governance frameworks and responsible deployment need to develop alongside technological capabilities. The session sought to contribute to a national roadmap for AI in education and strengthen cooperation between government, universities, researchers, startups and industry.

The approach reflects a broader shift in India's AI policy conversation — from simply expanding access to artificial intelligence towards determining how the technology can be integrated into public systems at scale.

What the AI Push Means for Indian Education

The Education Ministry's AI agenda covers multiple levels of the education ecosystem, from foundational learning and teacher development to higher education, skilling and advanced research.

The challenge now lies in translating these policy ambitions into measurable improvements in learning outcomes, research capacity and access to technology.

With AI rapidly changing the way students learn and professionals acquire skills, the ministry's emphasis on infrastructure, training and responsible deployment is likely to remain an important part of India's education policy in the coming years.

Education ministers from BRICS countries have adopted a joint declaration covering artificial intelligence, foundational learning, skill development, academic mobility and research cooperation.

The declaration was adopted at the 13th BRICS Education Ministers’ Meeting held in Bhubaneswar under India’s 2026 BRICS chairship.

Representatives from Brazil, Russia, China, South Africa, Indonesia, Iran, Ethiopia and the United Arab Emirates participated in the meeting.

Five Priority Areas

The roadmap focuses on:

1. Early-childhood education and foundational literacy
2. Technical and vocational education and training
3. Joint research, innovation and start-up ecosystems
4. Mutual recognition of academic qualifications
5. Faculty exchanges and academic leadership

The participating countries supported the safe, ethical and human-centred use of artificial intelligence in education.

They also agreed to continue discussions on a memorandum of understanding for mutual recognition of qualifications. Such an agreement could eventually make academic mobility easier, but no automatic recognition system has yet been implemented.

The declaration also encourages STEM scholarships, faculty exchanges, the BRICS Rectors’ Forum and exploratory work on a BRICS university ranking and evaluation framework.

New Delhi: As artificial intelligence becomes an increasingly common part of education, experts believe schools must adopt age-specific guidelines for using AI in language classrooms rather than allowing unrestricted access. Educators say AI can be a valuable learning tool, but only if it supports—not replaces—the thinking, reading and writing processes that are fundamental to language development.

Teachers across the country are reporting a growing trend in which students submit essays that are grammatically correct, well-structured and polished, yet lack originality and personal thought. According to education experts, this reflects a larger challenge facing schools as AI-powered writing tools become more accessible. They argue that while AI can improve productivity, it should not take over the learning process that helps students develop communication and analytical skills.

Language education, experts say, has always been about more than producing flawless sentences. Reading, writing and revising ideas help children build vocabulary, improve memory, understand sentence structure and develop the ability to express independent thoughts. They warn that when AI generates ideas before students have the opportunity to think for themselves, an important part of learning is lost.

Education specialists are therefore recommending a graduated AI policy, where the level of AI access changes according to a student's age and stage of learning. They believe the same AI tools that may benefit older students could hinder the development of younger children whose language skills are still evolving.

For primary school students, experts recommend that AI should not be used in reading or writing instruction. Foundational classroom activities such as storytelling, guided reading, spelling exercises, shared reading and handwriting practice should remain entirely teacher-led. These early years, they argue, are critical for developing literacy skills, and replacing these experiences with AI-generated content could weaken a child's long-term language abilities.

As students enter middle school, educators suggest introducing AI in a limited and carefully supervised manner. At this stage, AI can assist with research, fact-finding and gathering background information for projects. However, students should still be expected to write assignments using their own ideas and words. Many schools are already encouraging this approach by asking students to prepare handwritten outlines before using any digital tools. Debate competitions often follow a similar model, allowing participants to use AI for research while requiring them to present their arguments independently.

Experts believe senior school students can benefit from a more advanced use of AI, provided they already possess strong writing fundamentals. Instead of generating essays from scratch, students can use AI to review their own work, identify weak arguments, improve structure or receive suggestions for revision. According to educators, this approach turns AI into a learning assistant rather than a replacement for original thinking.

Schools are also being encouraged to use AI-detection tools such as Turnitin as part of the assessment process. However, experts caution that such software should not be treated as the final authority. Instead, they recommend using these tools to initiate discussions with students about academic honesty and responsible AI use rather than relying solely on automated detection.

Assessment methods may also need to evolve alongside technological advances. Educators argue that a polished final assignment no longer provides a complete picture of a student's abilities, particularly when AI tools can produce sophisticated writing with minimal effort. Instead, teachers are increasingly looking at writing drafts, editing histories, classroom writing exercises and the overall writing process to evaluate genuine learning and progress.

Experts also stress that parents play a crucial role in ensuring responsible AI use. They point out that if students face strict AI restrictions in school but use the technology freely at home for the same assignments, educational policies become ineffective. Schools are therefore encouraged to involve parents through orientation sessions, workshops and written guidelines so that expectations remain consistent both inside and outside the classroom.

Looking ahead, education specialists believe AI literacy will become an essential skill, but only when students first learn to think, analyse and communicate independently. They argue that future success in higher education, professional careers and real-life situations will continue to depend on original thinking and effective communication—skills that cannot be fully outsourced to technology.

More than 1,800 professors from the University of California system have reportedly signed an open letter warning that many incoming undergraduate students lack middle-school-level mathematical skills. Faculty members say they are increasingly being forced to reteach concepts that students were expected to master years before entering university.

The warning comes amid broader concerns about academic preparedness among students entering higher education institutions. According to findings cited from a study conducted in San Diego, the number of students demonstrating mathematical understanding below high-school level has increased dramatically over the past five years. The trend has raised questions about how effectively schools are preparing students for university-level coursework.

The issue is not limited to mathematics. Educators are also reporting a decline in students’ ability to engage with lengthy and complex texts. Even prestigious institutions such as Harvard University have reportedly adjusted parts of their curriculum as students increasingly struggle to maintain focus on dense academic reading.

Many education experts point to smartphones and social media as major contributors to the problem. Researchers argue that constant exposure to short-form digital content has reduced attention spans and changed reading habits. Students are spending less time reading books and long-form material, instead consuming information through quick scans, short videos, and social media posts.

Data referenced in the discussion suggests that recreational reading among young people has declined significantly over the past few decades. Educators believe this shift has weakened vocabulary development, critical thinking, and the ability to analyze complex arguments.

Professor Mina Aganagic of the University of California, Berkeley has argued that stronger classroom accountability measures may help address the decline. Suggested solutions include mandatory assessments, surprise written tests, and increased classroom participation through direct questioning. According to supporters of such measures, stricter evaluation systems could encourage students to engage more actively with course material rather than relying on shortcuts.

Experts also say the problem has roots in earlier stages of education. School closures during the COVID-19 pandemic disrupted learning worldwide, leaving many students with significant gaps in foundational knowledge. While universities are now seeing the consequences, educators argue that the weaknesses often developed years before students reached college.

At the same time, several researchers believe broader educational changes have contributed to the trend. Critics argue that some school systems placed greater emphasis on soft skills and project-based learning while reducing focus on mastery of core academic subjects. As a result, students may progress through the system without fully developing essential literacy and numeracy skills.

Another challenge identified by educators is the reduced use of standardized testing. Following the pandemic, many colleges and universities made exams such as the SAT optional or removed them from admissions requirements altogether. While intended to improve access, critics say the change has made it more difficult for institutions to assess whether applicants possess the academic foundations needed for higher education.

Artificial intelligence has emerged as another factor in the debate. Studies cited by education researchers indicate that a large majority of students now use AI tools in some form during their studies. While AI can support learning, critics warn that overreliance on such tools may allow students to complete assignments without fully understanding the underlying concepts.

Some professors also argue that grade inflation has made the problem harder to identify. Students who achieve high marks in school may arrive at university only to discover significant gaps in their reading, writing, and mathematical abilities.

The concerns raised by professors reflect a wider challenge facing education systems globally: how to ensure students develop strong foundational skills in an era increasingly shaped by digital technology, changing classroom practices, and rapidly evolving learning tools.