Presentation Topics on Indian Knowledge System (IKS) 1. Mathematics & Astronomy (Gaṇita & Khagola-śāstra) The Evolution of Zero & the Decimal System Focus: Contributions of Āryabhaṭa, Brahmagupta, and Bhāskara II to global mathematics. Kerala School of Mathematics: Calculus Before Newton & Leibniz Focus: Mādhava’s infinite series for trigonometric functions and calculus foundations. Ancient Indian Astronomical Instruments & Observatories Focus: Planetary models, Sūrya Siddhānta, and structural design of Jantar Mantar. Śulba Sūtras & Sacred Geometry Focus: Early formulations of geometric principles and altar construction algorithms. 2. Health, Mind & Life Sciences (Āyurveda & Yoga) Suśruta Saṁhitā: Foundations of Ancient Surgery Focus: Surgical instruments, rhinoplasty (plastic surgery), and anatomical studies in ancient India. Principles of Āyurveda: Preventive & Personalized Healthcare Focus: Tridoṣa theory, Prakṛti assessment, and pharmacology (Dravyaguna). Yoga Śāstra as a Psychological Science Focus: Patañjali’s Yoga Sūtras, mind management, meditation, and neurobiological effects. Ethnobotany and Plant-Based Medicine in Traditional Wisdom Focus: Traditional pharmacological knowledge and its validation in modern medicine. 3. Metallurgy, Material Science & Chemistry (Dhātu-śāstra & Rasāyana) Wootz Steel and Ancient Metallurgy Focus: Precursor to Damascus steel, high-carbon crucible steel processing, and international trade. The Iron Pillar of Delhi: Corrosion Resistance Mastery Focus: Metallurgical composition, passive protective film formation, and durability. Zinc Extraction by Distillation at Zawar (Rajasthan) Focus: World's earliest industrial-scale zinc smelting and downward distillation techniques. 4. Architecture, Hydrology & Eco-Engineering (Sthāpatya & Jala-Prabandhana) Acoustics & Astronomy in Indian Temple Architecture Focus: Resonance, solar alignment, and stone-carving mechanics (e.g., Kailasa Temple, Brihadeeswarar). Traditional Water Harvesting & Subterranean Architecture Focus: Stepwells (Baolis), rainwater collection systems, and ancient hydrological engineering. Vāstu Śāstra: Architectural Geometry & Environmental Harmony Focus: Spatial planning, environmental integration, and structural stability principles. 5. Linguistics, Logic & Computing (Bhāṣā-vijñāna & Nyāya) Pāṇini’s Aṣṭādhyāyī and Formal Language Theory Focus: Generative grammar rules, Sanskrit structure, and connections to modern computer programming languages. Navya-Nyāya Logic: Epistemology & Formal Reasoning Focus: Systems of logical inference (Anumāna), error theory, and precise technical language. Oral Transmission Traditions & Mnemonic Techniques Focus: Pathas (Ghana, Jata) for zero-loss memory preservation across millennia. 6. Social Sciences, Governance & Modern Integration Kautilya’s Arthaśāstra: Economic Policy & Governance Focus: Public administration, statecraft, taxation systems, and strategic diplomacy (Saptang
Presentation Topics on Indian Knowledge System (IKS) 1. Mathematics & Astronomy (Gaṇita & Khagola-śāstra) The Evolution of Zero & the Decimal System Focus: Contributions of Āryabhaṭa, Brahmagupta, and Bhāskara II to global mathematics. Kerala School of Mathematics: Calculus Before Newton & Leibniz Focus: Mādhava’s infinite series for trigonometric functions and calculus foundations. Ancient Indian Astronomical Instruments & Observatories Focus: Planetary models, Sūrya Siddhānta, and structural design of Jantar Mantar. Śulba Sūtras & Sacred Geometry Focus: Early formulations of geometric principles and altar construction algorithms. 2. Health, Mind & Life Sciences (Āyurveda & Yoga) Suśruta Saṁhitā: Foundations of Ancient Surgery Focus: Surgical instruments, rhinoplasty (plastic surgery), and anatomical studies in ancient India. Principles of Āyurveda: Preventive & Personalized Healthcare Focus: Tridoṣa theory, Prakṛti assessment, and pharmacology (Dravyaguna). Yoga Śāstra as a Psychological Science Focus: Patañjali’s Yoga Sūtras, mind management, meditation, and neurobiological effects. Ethnobotany and Plant-Based Medicine in Traditional Wisdom Focus: Traditional pharmacological knowledge and its validation in modern medicine. 3. Metallurgy, Material Science & Chemistry (Dhātu-śāstra & Rasāyana) Wootz Steel and Ancient Metallurgy Focus: Precursor to Damascus steel, high-carbon crucible steel processing, and international trade. The Iron Pillar of Delhi: Corrosion Resistance Mastery Focus: Metallurgical composition, passive protective film formation, and durability. Zinc Extraction by Distillation at Zawar (Rajasthan) Focus: World's earliest industrial-scale zinc smelting and downward distillation techniques. 4. Architecture, Hydrology & Eco-Engineering (Sthāpatya & Jala-Prabandhana) Acoustics & Astronomy in Indian Temple Architecture Focus: Resonance, solar alignment, and stone-carving mechanics (e.g., Kailasa Temple, Brihadeeswarar). Traditional Water Harvesting & Subterranean Architecture Focus: Stepwells (Baolis), rainwater collection systems, and ancient hydrological engineering. Vāstu Śāstra: Architectural Geometry & Environmental Harmony Focus: Spatial planning, environmental integration, and structural stability principles. 5. Linguistics, Logic & Computing (Bhāṣā-vijñāna & Nyāya) Pāṇini’s Aṣṭādhyāyī and Formal Language Theory Focus: Generative grammar rules, Sanskrit structure, and connections to modern computer programming languages. Navya-Nyāya Logic: Epistemology & Formal Reasoning Focus: Systems of logical inference (Anumāna), error theory, and precise technical language. Oral Transmission Traditions & Mnemonic Techniques Focus: Pathas (Ghana, Jata) for zero-loss memory preservation across millennia. 6. Social Sciences, Governance & Modern Integration Kautilya’s Arthaśāstra: Economic Policy & Governance Focus: Public administration, statecraft, taxation systems, and strategic diplomacy (Saptang
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Explore the rich tapestry of Indian knowledge through three key domains: Scientific Foundations, where ancient mathematics and metallurgy are examined; Living Systems, highlighting the intersection of traditional medicine and modern health practices; and Designed Systems, which connects linguistic principles and architectural wisdom to contemporary governance. This holistic approach showcases the depth of Indian contributions to science, health, and societal structures.