IKS GURU: Bringing Indian Knowledge Traditions into Everyday Learning
By Prof. Rajeev Singh
What might a traditional furnace teach a chemistry student? How could the preparation of a pigment become a lesson in materials science? Where should a curious learner begin when a Sanskrit term, an old text or a familiar practice opens up an unfamiliar world of knowledge?
These are questions that belong naturally on The Inorganic Chemist. Studying chemistry involves understanding substances and reactions, and it also invites us to ask how people learned to work with materials. A classroom discussion can become richer when students investigate the observations, tools and skills behind a process.
It was this wish to make such enquiry more approachable that led me to establish IKS GURU, available at www.iksguru.in. The idea was simple: give learners an accessible place to begin exploring Indian knowledge traditions, ask questions in their own words and discover directions for further study.
Indian Knowledge Systems, or IKS, is a broad field. Its scope includes knowledge relating to agriculture, basic sciences, engineering, architecture, arts, literature and other areas of intellectual and practical life. This breadth opens up opportunities for teachers to connect subjects that students often encounter in separate classrooms.[1]
At the centre of IKS GURU is an AI assistant dedicated to Indian Knowledge Systems. Its stated coverage includes Sanskrit, Indian mathematics and astronomy, philosophy, Ayurveda, yoga, architecture, ecology and ethics, alongside engagement with classical texts. The conversational format allows a learner to begin with a question and develop it through follow-up discussion. English and Hindi interactions provide additional entry points to the subject.[2]
A useful conversation might begin with a straightforward request: “Explain this concept to an undergraduate student.” The next question could ask for its historical context, the meaning of an important term or a reading suggestion. Each step can help the learner turn a broad interest into a more focused enquiry.
For a teacher, this offers a practical starting point. Before introducing a topic, one might explore how to frame it for a particular class. A question about traditional metalworking, for example, could help generate discussion ideas about ores, heat, fuels, and material properties. The teacher can then select an example, check the evidence and connect it with the syllabus.
For a student, the value lies in learning how to ask better questions. “Tell me about Indian science” is a beginning. “Which sources would help me investigate a particular material or process?” takes the enquiry further. Asking about the date of a text, the context of a technique, or the differences between interpretations lays the foundation for a thoughtful project.
This approach has particular appeal for chemistry education. We can frame investigations around metals, mineral pigments, dyes, ceramics and the apparatus used to transform materials. We can also examine how descriptions of heating, grinding, filtration or distillation should be interpreted, and what evidence would justify a comparison with present-day laboratory practice.
Consider a small classroom exercise. Students choose a traditional material or craft, identify a reliable description of its preparation and draw a process diagram. They then explain the relevant chemical principles and record what remains uncertain. IKS GURU can be used to develop the initial questions; the finished work should show how students checked and interpreted their sources.
Such an exercise encourages several habits at once: reading carefully, connecting observation with explanation, recognising the limits of evidence and communicating a process clearly. It also gives students a reason to look closely at the materials and practices around them. An everyday object can be the starting point for a worthwhile academic enquiry.
For families and younger learners, I would begin with familiar experiences: a clay pot, a dyed cloth, a musical instrument or a way of storing water. An adult can help turn the child's question into a short conversation, choose an age-appropriate explanation and follow it with observation or a simple drawing. The aim is to make curiosity welcome.
My broader hope for IKS GURU is that it will help this movement from curiosity to understanding. Digital learning becomes more useful when a conversation leads to a book, a classroom activity, a museum visit or a discussion with someone who practises a craft. Those encounters can give a learner details and perspectives that a screen alone cannot supply.
The quality of the enquiry matters throughout. AI-generated explanations and references need to be checked against suitable texts and scholarship. Historical terminology deserves attention to language and context, and comparisons with modern science should make their evidence explicit. A well-designed learning activity can make this verification part of the work students enjoy doing.
For readers of this blog, IKS GURU invites them to carry their curiosity into a wider field. A chemistry student might begin with a material. A teacher might begin with a lesson. A reader interested in Indian intellectual history might begin with a word whose meaning they have long wanted to understand.
Visit www.iksguru.in with one question that interests you. Ask for an explanation, refine the question and follow up a source. That small sequence—curiosity, conversation and careful enquiry—is the kind of learning I hope IKS GURU will encourage.
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