AI in Indian Classrooms Faces Overcrowding and Connectivity Hurdles

NEW DELHI — AI tools are being trialed in classrooms across India, but teachers say the technology is not yet ready to replace human instruction. The move comes as the Central Board of Secondary Education (CBSE) considers guidelines for artificial‑intelligence‑based learning aids, while schools in rural districts struggle with overcrowded classes and limited internet connectivity.

AI tools face infrastructure gaps as schools grapple with large classes

In a pilot programme announced last month, CBSE has allowed a handful of schools to use AI‑driven tutoring systems that can adapt lesson plans to individual student needs. The board says the initiative is meant to supplement, not supplant, teachers. “The objective is to provide personalised support for students who lag behind,” a CBSE spokesperson said in an email to the press. The pilot will run for six months in 20 schools across the country, with the board reviewing outcomes before any wider rollout.

However, the reality on the ground is starkly different. In Rohtas district of Bihar, a government school in Patna hosts 82 students in a single classroom that has only one blackboard. The overcrowding, reported by The Times of India, makes it difficult for teachers to manage basic classroom tasks, let alone introduce sophisticated AI tools that require a stable internet connection and individual devices for each learner.

Teachers in the region say that the lack of infrastructure is a major barrier. “We have a single computer that is shared by all students, and the network is often down,” a teacher told reporters. “Even if an AI system is available, we cannot use it effectively when the internet drops out.” The situation is common in many rural schools, where electricity and broadband are intermittent.

Experts warn that AI is not a silver bullet for learning gaps

Pralhad Joshi, a professor at IIT Madras, spoke at a recent conference on student innovation and the future of education. He noted that while AI can offer personalised feedback, it cannot replace the human element of teaching. “The role of the teacher is to facilitate critical thinking and social interaction,” Joshi said. “AI can support these objectives, but it cannot replace the nuanced guidance that a teacher provides.” Joshi’s remarks echo concerns voiced by educators across the country that AI should be a tool rather than a substitute.

Joshi also highlighted the importance of data privacy and the need for robust regulatory frameworks. “Students’ learning data must be protected,” he added. “Any AI system deployed in schools must comply with data protection laws and be transparent about how it uses student information.”

Connectivity is a key enabler for AI in schools

Starlink, the satellite broadband service operated by SpaceX, has recently announced that it is ready to launch services in India. Elon Musk, the company’s CEO, said in a statement that the delay in the launch was due to “oligarchic” interference, but SpaceX confirmed that the service will be available to schools once regulatory approvals are in place. The new connectivity option could help bridge the digital divide that hampers AI deployment in rural areas.

State education departments are monitoring the situation closely. “We are exploring partnerships with private broadband providers to improve connectivity in underserved regions,” a spokesperson for the Ministry of Education said. “The availability of high‑speed internet is a prerequisite for any AI‑based learning platform.”

Meanwhile, CBSE has issued a draft guideline that requires schools to have a minimum of one computer per 20 students and a stable broadband connection before they can use AI tools. The guideline also mandates teacher training programmes to ensure that educators can effectively integrate AI into their lesson plans.

Challenges remain for a machine‑run world

Despite the enthusiasm for AI, many stakeholders point out that the technology is still in its infancy when it comes to educational applications. The AI systems currently available are largely designed for language learning and basic skill assessment, and they lack the capacity to handle complex subjects such as mathematics and science at the secondary level.

In addition, the cost of implementing AI infrastructure—hardware, software licences, and training—poses a significant financial burden for schools that are already operating on tight budgets. “We cannot afford to invest in expensive AI systems when we still need to purchase basic teaching materials,” a school administrator said.

As India moves toward a more technology‑driven education system, the debate continues over how best to balance innovation with practicality. The CBSE pilot will provide valuable data on the feasibility of AI in classrooms, but the challenges of overcrowding, connectivity, and cost will likely shape the pace of adoption.