Latest news with #IndianInstituteofTechnologyDelhi
Time of India
6 days ago
- General
- Time of India
Delhi Fails To Walk The Talk, Feel Its Foot Soldiers
New Delhi: Crossing a fenced median, jumping over a divider, and stepping aside for a two-wheeler zooming down the footpath – these are some of the daily challenges for pedestrians in Delhi, a study conducted by Indian Institute of Technology Delhi and University College London has revealed. "The study paints a stark picture of the city's walking environment. Titled Perceptions of Pedestrian Safety in Delhi: A Rasch Analysis Approach, the research used a psychometric technique — Rasch analysis — to evaluate how pedestrians perceive safety," said co-author Prof Geetam Tewari from IIT-Delhi. The findings, based on interviews with 426 pedestrians across eight wards in south Delhi, revealed that 12 out of 15 pedestrian conditions were perceived as "unsafe", she added. You Can Also Check: Delhi AQI | Weather in Delhi | Bank Holidays in Delhi | Public Holidays in Delhi The study broke down pedestrian experiences into three broad categories -- crossing safety, footpath or walking safety, and personal security. Each category included real-world situations that pedestrians commonly face. The most dangerous environments, according to the respondents, included situations involving fast-moving and high-volume traffic, absence of crossing facilities near bus stops, and visibility blocked by parked vehicles. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Buy the Dip: Top 5 Dividend Stocks with Growth Potential Seeking Alpha Read More Undo While medians were seen as helpful refuges while crossing, many are fenced or too high, making them inaccessible or even dangerous. The presence of parked vehicles near crossings was another recurring concern that gained attention. The study challenged previous assumptions about parked vehicles acting as protective buffers. Instead, it found that such obstructions block visibility, reduce walking speed, and lead to confusion and delays — raising the risk of accidents. As far as footpaths were concerned, the study flagged serious concerns around encroachments by parked vehicles, motorised two-wheelers driving on sidewalks, and the absence of guardrails — all of which force pedestrians into traffic lanes. Particularly alarming was the routine use of footpaths by two-wheelers during peak traffic hours. "These motorised intrusions turn sidewalks into road extensions, robbing pedestrians of their space," the report observed. In contrast, raised footpaths were perceived as safer since they act as a physical barrier against vehicles. Surprisingly, crowded footpaths were also viewed positively — largely because the presence of other pedestrians, especially in isolated stretches, created a sense of community and vigilance. More respondents reported a sense of insecurity after sunset. The study found that poor street lighting, absence of CCTV cameras and a lack of police visibility contributed to heightened anxiety while walking in the dark. Streetlights in many parts of Delhi are positioned in road medians or only on one side, leaving footpaths poorly illuminated. This lighting gap makes pedestrians vulnerable to harassment, theft, or worse, the report noted. Interestingly, the presence of street vendors was one of the few factors that enhanced a sense of safety. Their continuous presence, even late into the evening, made pedestrians feel less alone and more protected. The researchers describe vendors as acting like "eyes and ears" on the street. The study also uncovered gender-based differences in safety perception. Compared to men, women showed greater reliance on medians while crossing and expressed more concern about parked vehicles and the absence of guardrails. The findings of the study have underlined the need to factor in pedestrians in urban planning. Its authors called for urgent interventions, including improved lighting and surveillance systems, designated crossings near bus stops, and strict enforcement against footpath encroachment.
Hans India
15-07-2025
- Health
- Hans India
IIT Delhi launches MRI research facility to foster innovation in medical imaging
New Delhi: The Indian Institute of Technology Delhi (IIT Delhi) announced the launch of a cutting-edge Magnetic Resonance Imaging (MRI) research facility to boost innovations in medical imaging. Established under the Institute of Eminence (IoE) initiative, the facility is equipped with a 1.5 Tesla clinical-grade MRI scanner. It is the first of its kind among leading engineering and technology institutions in India, dedicated exclusively to research and teaching. Unlike conventional MRI setups embedded within hospital ecosystems, this facility is designed to foster unrestricted innovation in medical imaging, particularly in the field of MRI. This facility will enable cutting-edge research in various areas across applications in MR imaging, including the development of new contrast agents, acquisition sequences, optimisation of imaging protocols, development of MR-compatible devices, and integration of artificial intelligence in image processing. 'This new research MRI facility will enable research and innovation in imaging and support IIT Delhi's efforts to create new knowledge at the interface of science, engineering, and medicine to make an impact in healthcare,' said Prof. Rangan Banerjee, Director of IIT Delhi. Located within the Centre for Biomedical Engineering (CBME) at IIT Delhi, the facility will initially support research using phantoms and, with appropriate regulatory approvals, will extend to clinical studies involving volunteers. It will also serve as a hands-on training platform for students enrolled in IIT Delhi medical imaging courses, enhancing their practical exposure to advanced imaging technologies. According to CBME's Prof. Anup Singh and Prof. Amit Mehndiratta, who led this visionary initiative, the dream to establish such a facility 'was visualised five years ago'. The facility will offer a new dimension to teaching and learning in medical imaging at the varsity. It was initiated on July 9 and the first MRI safety session was conducted by the B-MEC Imaging Pvt. Ltd., who installed the MRI scanner. 'This advanced imaging facility will help several researchers from different disciplines at IIT Delhi. This will also open up several opportunities for research collaborations with medical institutes in NCR and across India,' said Prof. Vivek Buwa, Dean of Planning, IIT Delhi.
India Today
14-07-2025
- Business
- India Today
IIT Delhi launches six-month executive course in generative AI for professionals
To cater to the surging demand for skilled professionals in the evolving field of artificial intelligence, the Indian Institute of Technology Delhi (IIT Delhi) has rolled out the second edition of its Certificate Programme in Generative AI. Offered under its Continuing Education Programme (CEP), the six-month online course is crafted for working professionals seeking cutting-edge expertise in Large Language Models (LLMs), Natural Language Processing (NLP), and ethical AI sector-agnostic programme is tailored for individuals across domains including software engineering, data science, machine learning, digital product management, and applied research. It also welcomes educators and tech-savvy professionals aspiring to pivot into advanced AI are trained in key AI tools such as Python, NumPy, TensorFlow, PyTorch, spaCy, and Hugging Face. The curriculum includes hands-on tutorials and industry-inspired capstone projects designed to simulate real-world AI applications across verticals like healthcare, education, finance, and autonomous systems. The comprehensive coursework covers advanced topics such as neural network development, transformer-based architectures, multilingual NLP, and parameter-efficient fine-tuning (PEFT) for low-resource settings. Participants also delve into modern model architectures like GPT, BERT, and T5, while exploring frontier techniques such as instruction tuning, retrieval-augmented generation (RAG), reinforcement learning with human feedback (RLHF), and advanced prompting strategies to boost model performance and the broader impact of the programme, Professor Tanmoy Chakraborty from the Department of Electrical Engineering at IIT Delhi shared, 'This programme is rooted in our belief that Generative AI will be at the heart of future innovation and decision-making. We're committed to nurturing professionals who can not only understand AI technologies but also lead their application across industries with accountability and depth.'As AI continues to reshape the global landscape, industry reports have underscored the critical need for AI talent. A PwC analysis projects AI to add up to USD 15.7 trillion to the global economy by 2030. However, a BCG study points out that while AI investments are rising, only 26% of organisations are successfully scaling these technologies for real value. Meanwhile, EY's The AIDEA of India report suggests that Generative AI alone could contribute USD 1.5 trillion to India's GDP by the end of the programme is delivered through a blend of live online classes and self-paced learning, offering 60 hours of instructor-led sessions, structured tutorials, and a 10-hour capstone project. Participants also have the opportunity to engage in an optional one-day campus immersion at IIT Delhi, gaining exposure to the institute's academic and research enrol, candidates must hold an undergraduate or postgraduate degree in science, technology, engineering, or mathematics. Upon successful completion, learners will receive an e-certificate from IIT Delhi a focus on practical skill-building and responsible innovation, this programme aims to shape the next generation of AI leaders equipped to drive meaningful transformation across industries.- EndsMust Watch
New Indian Express
13-07-2025
- Health
- New Indian Express
IIT launches MRI research facility to foster innovation, AI integration
NEW DELHI: In a move to revolutionise biomedical research, the Indian Institute of Technology Delhi (IIT Delhi) has inaugurated a cutting-edge Magnetic Resonance Imaging (MRI) research facility. Spearheaded under the Institute of Eminence (IoE) initiative, the new centre is equipped with a 1.5 Tesla clinical-grade MRI scanner—marking a first-of-its-kind achievement among premier engineering and technology institutions in the country. The facility was inaugurated on Saturday by Prof. Rangan Banerjee, director of IIT Delhi. Unlike conventional MRI setups embedded within hospital ecosystems, this facility is designed to foster unrestricted innovation in medical imaging, particularly in Magnetic Resonance Imaging (MRI). This facility will enable cutting-edge research in various areas across applications in MRI, including integration of artificial intelligence in image processing. This landmark achievement represents a major stride in India's biomedical research capabilities and reaffirms IIT Delhi's commitment to driving innovation in healthcare technology. 'This new research MRI facility will enable research and innovation in imaging and support IIT Delhi's efforts to create new knowledge at the interface of science, engineering, and medicine to make an impact in healthcare,' said Prof. Banerjee.
Arabian Post
10-07-2025
- Health
- Arabian Post
IIT Delhi and TeamLease EdTech Kick‑start AI for Healthcare Executive Programme
The Indian Institute of Technology Delhi has teamed up with TeamLease EdTech to introduce a 24‑week online executive programme in artificial intelligence for healthcare professionals. With live weekend sessions, hands‑on projects and mentorship from leading faculty, the course is scheduled to begin on 1 November 2025, and admissions are open until 31 July 2025. The programme aims to equip clinicians, engineers, data scientists and med‑tech entrepreneurs with a robust understanding of AI applications across healthcare domains including diagnostics, imaging, risk scoring, hospital operations and public health analytics. Course modules cover foundational topics such as machine learning, deep learning, big data and IoT monitoring of patient data, before progressing to advanced concepts like natural language processing for electronic health records, predictive analytics and AI‑powered dashboards. Classes will be conducted entirely online on weekends to accommodate working professionals, and participants will work with real clinical datasets and hospital data systems. A capstone project, mentored by IIT Delhi faculty and experts from AIIMS and the med‑tech industry, will enable learners to build deployable AI tools under guidance. ADVERTISEMENT Fee structure is set at ₹1.20 lakh plus 18 per cent GST, payable in two instalments. Eligibility extends to any graduate professional working in healthcare, research, industry or academia with interest in AI, and no prior coding experience is required. Officials emphasise that AI has moved from optional to essential in modern medicine. Professor Manav Bhatnagar, Head of the Continuing Education Programme at IIT Delhi, highlighted the institute's goal to develop 'next‑gen capabilities that respond to evolving healthcare needs', adding that the programme will empower professionals to lead this transformation. Shantanu Rooj, Founder and CEO of TeamLease EdTech, noted that the collaboration bridges clinical knowledge and data intelligence to create impactful healthcare solutions. External analysts point to broader global trends behind the move. The World Economic Forum estimates that AI could add over US $150 billion annually to global healthcare economies through enhanced efficiency and patient outcomes. In India, NITI Aayog and EY forecast the digital healthcare market—driven by AI diagnostics and telemedicine—to exceed $37 billion by 2030. The curriculum is divided into several thematic blocks: foundational AI methods; clinical and hospital data analytics; predictive modelling; medical imaging and automation; IoT‑based monitoring; EHR and NLP; public health analytics; and design of dashboards and decision‑support tools. Over 10 case studies and numerous hands‑on exercises will ensure participants not only learn theory but also apply skills to real‑world challenges. On completion, alumni can explore roles such as AI/ML Engineer developing diagnostic models; Healthcare Data Scientist analysing clinical datasets; Clinical AI Researcher validating AI systems in hospital settings; Digital Health Consultant guiding AI adoption; Medical Imaging Analyst interpreting scans; AI Product Manager in health‑tech; or Regulatory/Data Governance Specialist ensuring compliance. The weekend‑only format promises greater flexibility for busy professionals, with interactive live sessions and opportunities to network with CIOs, med‑tech founders and industry experts. TeamLease EdTech will support the programme delivery and student success, integrating technology platforms with IIT Delhi's academic oversight. Applications close on 31 July 2025. The programme will run from 1 November 2025 through early May 2026. Prospective applicants are directed to IIT Delhi's Continuing Education Programme portal for registration and scholarship information. This launch positions IIT Delhi and TeamLease at the forefront of AI‑driven healthcare education, anticipating a future where data intelligence plays a transformative role in patient care, system efficiency and population health outcomes.
