The Indian Institute of Technology Madras and the UNESCO Mahatma Gandhi Institute of Education for Peace and Sustainable Development have joined hands to develop next generation artificial intelligence and immersive learning technologies for education.
The collaboration was formalised through an agreement involving representatives from both institutions. The signing took place in the presence of Obijiofor Aginam, Director of UNESCO MGIEP, Manu Santhanam, Dean of Industrial Consultancy and Sponsored Research at IIT Madras, and M Manivannan, Head of the Experiential Technology Innovation Centre at IIT Madras.
The partnership brings together two different areas of expertise. UNESCO MGIEP has a strong focus on Social and Emotional Learning, while IIT Madras contributes expertise in artificial intelligence, Extended Reality, game design and immersive technologies.
The objective is to explore how these technologies can be used to create more engaging and learner centric educational experiences.
Artificial intelligence is increasingly becoming part of education. AI based systems can assist teachers, personalise learning experiences and support the development of educational content. However, effective implementation requires attention to accessibility, pedagogy and the needs of both students and teachers.
The new collaboration is expected to examine these areas through joint research and technology development.
One of the important areas of focus will be Social and Emotional Learning. UNESCO MGIEP works to mainstream Social and Emotional Learning in education and promotes approaches that support emotional awareness, empathy, critical thinking and positive social behaviour.
IIT Madras, meanwhile, has expertise in technologies that can create interactive and immersive learning environments. Extended Reality can include technologies such as virtual reality, augmented reality and other computer generated environments that provide students with more interactive ways to engage with educational content.
The combination of these capabilities could allow conventional curriculum material to be transformed into more interactive learning experiences.
The collaboration is also expected to examine the use of game design and gamification in education. Game based learning can provide students with opportunities to participate actively in lessons and understand concepts through interaction and problem solving.
According to reports on the partnership, the initiative will explore open source and low cost AI tools that can function effectively in low bandwidth environments. This aspect could be particularly relevant for expanding access to digital education in locations where reliable high speed internet connectivity is not always available.
The development of affordable and accessible digital tools is an important consideration in education technology. While advanced AI and immersive technologies can provide new learning opportunities, their benefits can be limited if students and institutions lack access to appropriate devices, connectivity or technical support.
The partners therefore intend to explore solutions that can be scaled across different educational settings.
Another area of cooperation will be research. The institutions are expected to explore educational technology, pedagogy, artificial intelligence and learning sciences through joint research activities.
Such research can help examine not only what technology can do but also how it should be integrated into classrooms.
The effectiveness of AI in education depends on more than technological capability. Teachers need appropriate training, students need guidance on responsible technology use and educational institutions need frameworks that protect privacy and promote equitable access.
UNESCO has emphasised the importance of human centred, ethical and equitable use of technology in education. Its work on AI and digital education focuses on educational equity, human agency, critical thinking and ethics.
The IIT Madras and UNESCO MGIEP partnership is therefore taking place against a wider global discussion about how artificial intelligence can be responsibly integrated into education.
The initiative could also support teachers by helping them develop lesson plans, classroom activities and assessment materials more efficiently. AI based tools may assist educators with repetitive tasks, allowing them to spend more time on teaching and direct interaction with students.
However, technology is expected to support rather than replace teachers. Human interaction remains important for building social and emotional skills, understanding student needs and creating supportive classroom environments.
UNESCO MGIEP already operates digital initiatives focused on Social and Emotional Learning. Its FramerSpace platform, for example, uses artificial intelligence to support digital course creation and learning experiences.
The new partnership could build on such experience while incorporating IIT Madras expertise in immersive technologies.
For students, immersive learning could provide opportunities to explore concepts through simulations and interactive environments. Subjects that are difficult to demonstrate through traditional classroom methods could potentially benefit from virtual or augmented experiences.
For example, simulations can allow learners to explore scientific processes, historical environments or complex problem solving scenarios in ways that encourage active participation.
The long term objective is to make learning more engaging, inclusive and accessible.
The partnership also aligns with broader international efforts to use technology in support of Sustainable Development Goal 4, which focuses on inclusive and equitable quality education and lifelong learning opportunities.
As AI continues to develop, educational institutions around the world are examining ways to use the technology while addressing concerns related to ethics, accuracy, privacy and inequality.
The IIT Madras and UNESCO MGIEP collaboration could contribute to this discussion by combining technological research with educational and social emotional learning expertise.
The success of such initiatives will ultimately depend on how effectively the resulting technologies are tested, adapted and introduced into real learning environments.
Teachers, students, researchers and policymakers will all have an important role in determining how emerging technologies are incorporated into education.
The partnership represents another step towards combining advanced technology with educational research. By bringing together artificial intelligence, Extended Reality, game design and Social and Emotional Learning, IIT Madras and UNESCO MGIEP aim to explore new approaches to teaching and learning.
The collaboration is expected to continue through technology development, research and knowledge exchange. Its focus on scalable and accessible tools could also help address differences in digital access across educational institutions.
As schools and higher education institutions increasingly explore AI and immersive technologies, partnerships between technology researchers and education specialists are likely to become increasingly important.
The IIT Madras and UNESCO MGIEP initiative will therefore be closely watched for the tools, research outcomes and educational models that emerge from the collaboration.
The broader goal remains to use technology responsibly to improve learning experiences while keeping inclusion, accessibility and human development at the centre of education.