by Dr Ratan Bhattaharjee
Artificial Intelligence has emerged as one of the most transformative forces of our age, and its influence is increasingly visible in the school classroom. What was once imagined as futuristic speculation is now a lived reality, with algorithms, adaptive platforms, and intelligent assistants reshaping how teachers teach and how students learn. The classroom, traditionally defined by chalkboards, textbooks, and human interaction, is evolving into a hybrid environment where technology and humanity coexist. This transformation is not merely technological; it is pedagogical, ethical, and cultural, raising questions about the very nature of education in the twenty-first century.
The India AI Impact Summit inaugurated by Prime Minister Narendra Modi in New Delhi was not just a technological gathering but a cultural milestone, signaling India’s intent to position itself as a global leader in responsible AI. The summit’s theme, Sarvajana Hitaya, Sarvajana Sukhaya—for the welfare and happiness of all—captured the civilisational ethos of India, blending ancient wisdom with futuristic ambition. This cultural resonance is crucial because AI is not merely about machines; it is about how societies imagine their future, how classrooms nurture their children, and how nations balance tradition with innovation. In Kashmir, where education has long been disrupted by political instability, internet shutdowns, and infrastructural challenges, the summit’s message carries profound significance. It suggests that AI can become a bridge across divides, offering Kashmiri students access to adaptive learning platforms, multilingual AI tutors, and skill labs that align with India’s broader educational reforms.
The symbolism of AI as a shared civilisational resource means that Kashmiri classrooms can be reframed as spaces where local identity and global technology meet, where students are not isolated but connected to peers across India and the world. This cultural exchange, facilitated by AI, can strengthen belonging while fostering innovation.
The adoption of AI in classrooms across India demonstrates how technology is being woven into the everyday rhythms of learning. Delhi’s CM Shri Schools, equipped with AI-enabled smart panels, robotics kits, and language labs, are examples of how governments are investing in infrastructure to modernize education. Teachers are using AI to automate routine tasks like grading and attendance, freeing time for creative engagement. Students are experiencing personalized learning through adaptive quizzes and AI tutors that adjust to their pace. Yet, the digital divide remains a pressing challenge. Wealthier schools can afford advanced AI tools, while underfunded institutions struggle with basic infrastructure. In Kashmir, this divide is particularly stark, with many schools lacking reliable internet or electricity. Bridging this gap requires systemic change: affordable devices, universal broadband, and curriculum reform that includes digital literacy as a core competency. The summit’s emphasis on inclusivity suggests that India recognizes this challenge and is committed to addressing it, but implementation will be key.
Ethical concerns also loom large. Algorithms trained on biased data risk perpetuating stereotypes, disadvantaging marginalized students. Privacy issues arise when personalization requires collecting vast amounts of student data. Dependency is another concern, as students may become overly reliant on AI tools, weakening their problem-solving abilities. Psychologists emphasize the need for “smart adoption,” ensuring that AI enhances rather than undermines learning. In Kashmir, where education is already fragile, these concerns are magnified. AI must be introduced with sensitivity, ensuring that it empowers rather than alienates, that it respects cultural contexts while opening doors to global opportunities. Teachers must be trained not only in technical skills but also in ethical frameworks to evaluate AI’s role in education. Without such training, educators risk either misusing AI or resisting it altogether. Empowering teachers is therefore central to sustainable AI integration.
The cultural resonance of the India AI Summit lies in its blending of tradition and innovation. By framing AI as part of India’s civilisational journey, the summit situates technology within a broader narrative of human welfare and collective progress. For Kashmir, this narrative offers hope that education can be reframed not as a site of disruption but as a site of renewal. AI-enabled classrooms could allow students to connect with peers across borders, fostering cultural exchange while strengthening their own sense of identity. The symbolism of a brain-shaped light hovering above a blackboard, or a digital tutor guiding students alongside human teachers, captures this fusion of tradition and technology. It is a vision of classrooms where chalk and code coexist, where empathy and algorithms enrich each other. This cultural symbolism matters because education is not only about skills but about belonging, and AI can help Kashmiri students feel part of a larger national and global story.
Looking ahead, AI is likely to become even more embedded in education. Emotion AI systems may detect student emotions, adjusting teaching strategies accordingly. Collaborative AI tools may facilitate group projects, fostering teamwork and communication. Global classrooms, enabled by AI platforms, could connect students across continents, promoting cultural exchange and global citizenship. For Kashmir, these innovations could help overcome isolation, offering students opportunities to participate in global dialogues while preserving their local identity. The challenge lies in ensuring that these tools are accessible, ethical, and culturally sensitive. The digital divide must be addressed, not only in terms of infrastructure but also in terms of cultural readiness. Students and teachers must be prepared to engage with AI critically, understanding its strengths and limitations.
Ultimately, AI in the classroom is neither a panacea nor a peril. It is a tool—powerful, versatile, and transformative—whose impact depends on how it is used. The India AI Summit’s cultural resonance underscores that technology must be guided by human values, that innovation must serve inclusion, and that education must remain a space for nurturing human potential. For Kashmir, this means that AI can become a bridge across divides, a tool for empowerment, and a symbol of belonging. The classroom of the future must therefore be a space where technology and humanity coexist, enriching each other in the shared pursuit of knowledge. The story of AI in education is still being written, and its chapters in Kashmir will be particularly significant, for they will show whether technology can truly serve as a force for harmony, equity, and renewal. Education has always been about more than information transfer; it is about nurturing human potential. AI can assist in this mission, but it cannot replace the human heart of teaching. The stakes are high, for the classroom is the crucible where future citizens are shaped. If AI is integrated wisely, it can help create a generation of learners who are not only technologically adept but also ethically grounded, critically minded, and deeply human. If misused, it risks reducing education to a mechanical process, stripping away the very qualities that make learning meaningful. The choice is ours, and it will determine not only the future of education but the future of society itself.
India is positioning itself as a global bridge in artificial intelligence, connecting domestic talent and infrastructure with international partnerships. At the India AI Impact Summit 2026, leaders from Google DeepMind, OpenAI, Microsoft, and other tech majors emphasized India’s role as a “powerhouse” in AI. Demis Hassabis of DeepMind highlighted the scale of Indian talent and research momentum, while Sam Altman of OpenAI described India as leading global AI adoption and predicted new opportunities for jobs and innovation.Concrete collaborations are already underway. The Tata Group, TCS, and OpenAI announced a 100MW AI infrastructure partnership, expanding access to enterprise AI tools and launching social initiatives aimed at training one million Indian youth. Meanwhile, Reliance, Adani, Microsoft, Yotta, TCS, and L&T pledged over $260 billion in AI and data infrastructure investments over the coming decade, signaling a decisive shift toward large-scale AI buildout in India. These partnerships show India’s dual strategy: building domestic capacity while serving as a hub for global collaboration.
The cultural resonance of this global bridge lies in India’s framing of AI as part of its civilisational journey. By blending tradition with innovation, India presents AI not just as a technological revolution but as a tool for inclusive growth. For regions like Kashmir, this bridge is particularly significant. AI-enabled classrooms, multilingual tutors, and adaptive learning platforms can help overcome disruptions and isolation, connecting Kashmiri students to global peers while preserving local identity. The summit’s emphasis on AI for All and YuvaAI reflects this vision of democratization, ensuring that the benefits of global partnerships reach even the most remote classrooms.In essence, India’s global bridge in AI is both infrastructural and cultural. It connects Silicon Valley with Srinagar, research labs with rural schools, and global innovation with local aspirations. If implemented thoughtfully, this bridge can transform education systems across India, making AI not just a tool of economic growth but a symbol of belonging and opportunity.
Mary Shelley’s Frankenstein has often been read as a cautionary tale about scientific ambition, and it resonates strongly with contemporary debates around artificial intelligence. Victor Frankenstein’s creation of life without considering the ethical consequences mirrors the way AI systems are being developed today—powerful, transformative, but often without sufficient reflection on responsibility and long-term impact. Scholars note that both Frankenstein’s creature and AI raise questions about the creator’s duty toward their creation, the risks of societal rejection, and the unintended consequences of unchecked technological pursuit.
In Frankenstein, Victor abandons his creation, leading to tragedy. In AI, the parallel concern is that developers may release systems without adequate safeguards, leaving society to grapple with bias, misuse, or loss of control. The creature’s plea for companionship and recognition reflects the human need for empathy and inclusion, while AI systems today highlight the importance of designing technology that respects human values and dignity. Both narratives remind us that innovation divorced from responsibility can lead to alienation and harm.
The cultural resonance of Frankenstein lies in its timeless warning: creation is not enough; stewardship is essential. Just as Victor failed to anticipate the consequences of his experiment, AI developers must avoid the temptation of blind pursuit. The novel’s enduring relevance suggests that ethical reflection should accompany every leap in AI, ensuring that technology serves humanity rather than undermines it.
Author is Dickens Medal Awardee. He can be mailed at profratanbhattacharjee@gmail.com
