Marking its eighty fifth basis day, Delhi Technological University (DTU) unveiled a set of futuristic programs that will probably be launched quickly. The University, established in 1941 as a polytechnic institute, has now earned a repute as a research-oriented college aligned with the NEP 2020 imaginative and prescient, boosting world information financial system via interdisciplinary schooling, analysis excellence, trade partnerships, and entrepreneurship. Starting as an engineering hub, the University is now focusing its consideration on applied sciences, together with AI, semiconductor design, renewable vitality, quantum computing, and coverage analysis.
With a DST-funded quantum know-how lab, a new semiconductor analysis centre, built-in BSc-MSc degrees, and recent partnerships with the Indian Army and the Ministry of Statistics and Programme Implementation, alongside a 40-patent haul for the yr, the University helps college students discover their ft.
New Degrees, Faster Pathways
DTU will launch Integrated BSc-MSc programmes in Data Science and Applied Statistics from 2026-27, five-year tracks that take college students straight from undergraduate to postgraduate examine with out a recent software, feeding instantly into the University’s wider AI and analytics push. A 4+1 BTech-MS pipeline with the University of Houston, a double main in economics for engineers, and upcoming BTech programmes in Mechanical & Automation Engineering, Computer Science (AI), and Quantum Technology spherical out the tutorial enlargement.
A Rs1-crore DST grant has been provided for an undergraduate Quantum Technologies lab within the Physics division, which Prof Prateek Sharma, vice-chancellor, DTU, referred to as one of many authorities’s nationwide thrust areas. “DTU’s Academic Council has given in-principle approval for a full BTech in Quantum Technology, expected within two to five years. A separate, alumni-funded Centre of Excellence in semiconductors, operating on a small scale with a handful of PhD scholars, with plans to expand as more funding arrives,” stated Prof Sharma. The University filed near 40 patents this yr and drew funding from ANRF, MeitY, DRDO and ISRO, together with a Rs 3 crore MeitY cybersecurity-AI challenge and a Rs 99.83-lakh ANRF grant.
DTU signed an MoU with the Indian Army for joint R&D in direction of indigenous defence know-how, and a separate collaboration with the Defence Space Agency. It additionally partnered with the Ministry of Statistics and Programme Implementation (MoSPI), a part of a broader roster of tie-ups that features Esri India, Bajaj Auto and CSIR-NPL. “If we are technologically self-reliant, nobody in the world can pressure us. Ultimately, the leverage a country has in diplomacy comes from the self-reliance that technology provides. If we depend on other countries for small parts, we are at their disposal, and that must change,” stated Prof Sharma.
Alumni funding underwrote a number of new services this yr. An alumnus from the 1971 batch funded a biology-related facility inside the Mechanical Engineering Department. The Bajaj Foundation supported the creation of state-of-the-art services, together with funding tied to the new Bajaj Engineering Skills Training (BEST) Centre. A distinguished alumnus, Rajesh Ok (*85*), invested Rs 4 crore in seed funding for Biome Sustainability Ventures – a DTU-incubated startup that converts agricultural and crop waste into sustainable development supplies. An alumnus and entrepreneur (related with a funds/ATM enterprise) donated a cell lab bus outfitted with computer systems and a 3D printer, used for the University’s ‘Lab on Wheels’ rural outreach programme; this bus was launched final yr by the Union Education Minister.
Speaking concerning the futuristic programs, Prof Sharma highlighted a new sports activities analytics programme, which can use AI and sensor information to fine-tune athletes’ method. “When South Africa returned to international cricket in 1992, after apartheid, they wanted to do something different and a large part of that came through technology. Bob Woolmer, cricketer and coach, used data analytics to help players improve their running between the wickets and their throwing speed. We are talented in this region, but we haven’t applied technology to that talent the way we should — and with leagues like the IPL, sport has become an industry, so that gap in data can be the difference between a winner and an also-ran,” stated Prof Sharma.
The programme will probably be included within the University’s sports activities programs framework, with plans to finally set up a devoted Centre for Sports Research, Analytics and Rehabilitation (CSRAR). DTU has created a new Department of Geospatial Science and Technology, positioned as a standalone self-discipline quite than a sub-area of geography, civil engineering, or geology. Prof. Sharma stated, “Geospatial science and technology is a discipline where anything that has coordinates can be studied through this technology; it applies to sociology and social work as much as to mapping the prevalence of a disease and identifying hotspot areas,” added Prof Sharma. The division was formally inaugurated with the participation of the Department of Science & Technology (DST) secretary, and DTU has signed an MoU with Esri India to assist bridge the hole between academia and trade on this subject. It additionally helps the University’s collaboration with the Indian Army, the place geospatial functionality feeds into defence-related R&D.