
IP univ to set up centre for Indian knowledge system
The centre, named the In Situ Centre for Indian Knowledge System and Technology Innovation (CIKTSI), will operate initially in self-finance mode under the University School of Education. Professor Saroj Sharma, dean of the school, will lead the initiative.
According to Sharma, the centre is envisioned as a multidisciplinary platform that will foster collaboration across various disciplines within the university.
"A working committee will be constituted with representation from all concerned schools to ensure the integrated and holistic development of the centre's initiatives," she added. She explained that the centre's establishment is closely tied to the evolving landscape of education in India, particularly under the framework of the National Education Policy 2020.
According to officials, the purpose of CIKTSI extends beyond academics—it seeks to create a hub for research, innovation, and cultural revival. It will focus on incorporating IKS into the academic curriculum of various schools within the university, developing new interdisciplinary courses, and promoting research and innovation in the field. It will also support initiatives in skill and capacity development, foster entrepreneurship, and work toward the digital documentation and preservation of traditional knowledge.
Vice-chancellor Mahesh Verma described the initiative as an effort to integrate India's ancient wisdom with modern research saying it will strengthen national identity and lead to cultural revival.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
4 days ago
- Time of India
Can AI Truly Become Sentient?
Our sensory organs have evolved to a level that transcends mere objective cognition . They have very subtle and complex networks and upgrades that transform cognition into an emergent phenomenon called qualia. Qualia are special attributes of the cognitive spectrum that account for a highly specific conscious aspect of experience. 'Quale' is the unique subjective experiential aspect of cognition. It is an esoteric blend of unique textures and flavours of emotions, memory, preferences, coupled with the incoming bytes of sensory data. These transform qualia into an emergent phenomenon, an experiential alchemy of sorts. Qualia largely constitute the enigma of the 'Hard Problem' of consciousness as termed by David Chalmers . There is an ongoing, endless debate about artificial intelligence and its ominous potential to become a humanoid. The answer lies in whether AI can upgrade the processing of objective sensory data from merely 'sensor-based' cognition to the sublime level of qualia/experience. Can the objective cognition of robotics ever be integrated with a qualitative, emotional coefficient to effect the experiential qualia? It's quite paradoxical that 'Bios', the original Greek term for 'life', is also the anagram that encapsulates the ethos of computing and AI in general - 'Basic Input Output System'. Successive generations of computers certainly enhanced the ability to process incoming data with high-end processors. However, experience involves much more than just processing data - bios, the ethos of life implying a vibrant, dynamic life force. The essence of all living organisms right from the cellular level. A touch of some intangible force that breathes vitality, a self-sustaining intelligence, into the matrix of the disparate organic and inorganic elements. An intangible essence, which is an amalgamation of vitality and innate intelligence empowering the organism with self-preservation and propagation, referred to as ' Satchitanand ' in Indian Knowledge Systems (IKS). Satchitanand is a compound Sanskrit word consisting of 'sat', 'cit', and 'anand' - existence, consciousness, and bliss. 'Sat' refers to the truth of existence, or 'Being'. A sense of self-awareness. An awareness that precedes and encompasses cognition. A vitality that permeates every cell of living organisms. Chit is consciousness, the aspect of cognition that is secondary to 'Sat', pure sensory perception mediated by receptors and associated neural networks. 'Anand' signifies the emotional aspect of cognition, which transforms objective cognition into a subjective, experiential qualia. This experiential element brings along with it pleasure, pain, indulgence and avoidance. This pleasure-pain element is what triggers the 'vrittis' or disturbances in the 'chit' or pure consciousness. Yog, as defined by the great sage Patanjali, is the disconnect of the chit and vritti. Human perception is also equipped with an intelligence that can restrain the need to indulge. An intelligence of discrimination (vivek buddhi) that mediates moderation and temperance. AI can certainly evolve into an intelligence that can reach humanoid proportions. But it will be almost inconceivable for AI to develop the intelligence of discrimination, which determines the degree of indulgence and restraint, as well as the 'Anand' element of cognition. AI can perhaps never replicate human sentience that can conceive and experience the intangible, Beingness, a unique, self-cognising, life force, that can invert on itself to cognise the cognising entity, to 'experience' and merge the Sat and Chit with Anand, the eternal Bliss. Authored by: Deepak Ranade Why Arjun Was Chosen: The Untold Secret of Bhagavad Gita Chapter 4, Verse 3


Time of India
7 days ago
- Time of India
Experts from MNNIT join hands with IIIT-Gwalior, PEC to develop high speed antenna for 6G comm
Prayagraj: Experts from three institutions-- MNNIT-Allahabad, IIIT-Gwalior and PEC Chandigarh-- are jointly developing a high-speed antenna for 6G communication that could revolutionise mobile data transfer in the country. The antenna aims to boost current transmission speeds from 1 gigabyte per second (GB/s) to a staggering 1 terabyte per second (TB/s). "Once made, the antenna is expected to eliminate common mobile network issues such as voice call drops and busy networks. It will also enhance the capability of limited bandwidth systems to serve a higher number of users with improved connectivity," said Anand Sharma, Assistant Professor in the electronics and communication engineering (ECE) Department at MNNIT. As development progresses, this breakthrough positions India at the forefront of next-generation telecommunications technology, he added. Sharma, along with Pinku Ranjan from the IIIT-Gwalior and Gaurav Das from Punjab Engineering College (PEC) Chandigarh, is working on the project sanctioned by the Department of Telecommunications (DoT), Govt of India. The govt has sanctioned Rs 32 lakh for the project, which is expected to be completed within the next three years. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like The Most Beautiful Women In The World Undo "This antenna will be developed entirely using indigenous technology and will mark a major step forward in India's journey toward self-reliance in futuristic communication systems. It will allow users to send bulky files across the globe in the blink of an eye," said Sharma. The scientists believe this innovation could revolutionise the way Indians experience mobile communication, making lag-free video calls, instant file sharing and high-speed internet access a reality in the near future. Stay updated with the latest local news from your city on Times of India (TOI). Check upcoming bank holidays , public holidays , and current gold rates and silver prices in your area.


The Hindu
08-08-2025
- The Hindu
Government approves MERITE scheme to strengthen technical institutes
The Union Cabinet has approved a proposal to implement the Multidisciplinary Education and Research Improvement in Technical Education (MERITE) scheme in 275 institutions across the country – 175 engineering institutes and 100 polytechnic colleges – Union Minister Ashwini Vaishnaw said at a Cabinet briefing on Friday (August 8, 2025). A government statement said MERITE would work as a Central Sector Scheme with a total financial implication of ₹4,200 crore to be spent in five years, between 2025-26 and 2029-30, adding that ₹2,100 crore will come as an external assistance from the World Bank in the form of a loan. The Education Ministry, in its statement, said the scheme is meant to 'improve the quality, equity, and governance' in the selected technical institutes by interventions aligned with the National Education Policy 2020. Prime Minister Narendra Modi lauded the scheme and posted on X, saying, 'Research, innovation and skilling will be significantly boosted with this Cabinet decision to support 'Multidisciplinary Education and Research Improvement in Technical Education'.' Education Minister Dharmender Pradhan said the scheme will empower and provide employability to over 7.5 lakh students in India, adding, 'Hon'ble PM Shri @narendramodi ji has placed unprecedented focus on transforming and revolutionising India's education landscape.' The outcomes of the scheme include preparing digitalization strategies in participating States/UTs, developing guidelines for multidisciplinary programmes in technical courses, increasing learning, employability skills, and transition rates across student groups, strengthening research and innovation among others, the government statement said. It said that there will be a focus on 'development of future academic administrators, especially women faculty'. The project appraisal report prepared by the World Bank for the scheme in 2023 had said that the 'overall research productivity of faculty members in engineering education is low, and the research environment needs improvement' and that 'most engineering institutions have weak research and innovation linkages with industry and society'. The Education Ministry said on Friday (August 8, 2025) that the scheme's outcomes will include better quality assurance and governance mechanisms, an increase in accreditation, better technical education institutions, and a relevant market-aligned curriculum, among others. It will be implemented in government engineering institutions and polytechnics in all States and UTs, adding that institutions like IITs, IIMs, and regulatory bodies such as AICTE, NBA, will 'play a significant role in the scheme implementation'. The interventions for students will include offering internships, updating curricula to align with the industry, organising faculty development programmes and setting up research hubs. Support will also be given for 'incubation and innovation centres, skill and maker labs, and language workshops'.