Engg students exhorted to focus on research
He addressed the meeting held at RVR & JC Engineering College at Chowdavaram on the occasion of the college's 10th Graduation Day celebrations on Saturday.
Citing a recent report, he expressed concern that out of 1.5 million engineering graduates in the country, only 10% are likely to get jobs nd even IITs placements rates are declining. He said during the last year 60% of IIT students got placements. AP State Council of Higher Education chairman Prof K Madhu Murthy said engineering students should convert challenges into opportunities and improve skills.
He urged the students to make use of opportunities provided by the State and Central governments. Later, he presented degrees to 1,023 engineering students, PG degrees to 153 students and gold medals to meritorious students.
AP Women's Commission chairperson Dr R Sailaja, college committee chairman Dr Rayapati Srinivas, secretary Rayapati Gopala Krishna, committee member P Gopi Chand, Principal Kolla Srinivas, academic R&D director Dr K Ravindra, Finance and Administration Director NV Srinivas were among those who participated.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Hans India
7 hours ago
- Hans India
IIT Delhi's new method to cut textile waste, recycle discarded denims to good quality garments
New Delhi: A team of researchers from IIT Delhi has developed a new method to recycle denim waste to knitted garments without compromising quality. The findings will also help reduce textile waste -- the discarded textiles and clothing after their use -- which end up in landfills. India accumulates around 3.9 million tonnes of domestic post-consumer textile waste annually, of which only 4 per cent is recycled. Those recycled lose fibre strength and face variability in colour and quality. However, with the novel method, the IIT researchers found that up to 50 per cent of recycled yarns can be used in knitted clothing without deteriorating the feel of the product. 'To reduce the roughness of recycled yarns, a softening treatment was applied to the fabric, which ensured that the tactile feel of the final product is the same as that of virgin products, said Prof Abhijit Majumdar, Dept. of Textiles and Fibre Engineering, IIT Delhi. 'We have demonstrated our work with denim waste, and it can be extended with any other textile waste,' he added. In the study, detailed in the Journal of Cleaner Production, the team recycled waste denim into yarns, ensuring minimum damage to the fibre properties by optimising the process conditions. Recycled yarns were then blended into knitted fabric using the seamless whole garment technology. Knitted garments were produced, varying the recycled yarn content from 25 per cent to 75 per cent. Another key aspect of this research was to quantify the environmental benefits through life cycle assessment (LCA) in the Indian context. Analysis by the IIT Delhi team showed that around 30-40 per cent of environmental impacts can be mitigated in terms of greenhouse gas emission, acid rain, and fossil fuel depletion, whereas for ozone layer depletion, it is around 60 per cent. As the use of recycled fibres could reduce the use of virgin cotton, the pesticides, fertilisers and water used for cultivation can also be saved. Among the processes involved, the cotton cultivation stage itself contributes 24 per cent to global warming, making the virgin yarns less environment-friendly. 'The research team is now exploring the possibility of recycling textile waste materials multiple times,' added Prof B.S. Butola, Dept. of Textile and Fibre Engineering, IIT Delhi.
Time of India
20 hours ago
- Time of India
IIT-I's AI system to forecast air quality in Indian cities
Indore: The Indian Institute of Technology (IIT) Indore has developed AeroVision , a weather forecast system designed to predict air quality for the next six days in Indian cities and towns. By analysing 12 years of hourly air quality data alongside weather and atmospheric information, the system forecasts levels of six key pollutants-PM2.5, PM10, CO, SO₂, NO₂, and O₃-with accuracy consistently above 95%. Developed by Prof. Manish Kumar Goyal and his research team, including Kuldeep Singh Rautela from the Department of Civil Engineering, AeroVision utilises advanced artificial intelligence technologies such as Convolutional Neural Networks (CNN), Long Short-Term Memory (LSTM), and Gated Recurrent Units (GRU). The system also collects weather data including temperature, rainfall, wind speed, air pressure, and humidity, as well as atmospheric conditions like the vertical dispersion of pollution and hours of sunshine. Professor Suhas Joshi, director of IIT Indore said, "AeroVision is a step towards empowering citizens with the ability to foresee and mitigate the health impacts of air pollution. By providing reliable, location-specific forecasts, it aligns with our vision of using science and technology for societal well-being and sustainable living." The data is gathered hourly from a 25-kilometre grid across various regions. Professor Goyal added, "This system converts complex pollution data into a simple, colour-coded Air Quality Index (AQI) following Indian standards, along with health warnings and activity recommendations. It enables individuals, communities, and policymakers to plan outdoor activities, take preventive health measures, and respond to pollution events in advance." The AQI operates similarly to a traffic light system: Green (0-50) indicates good air quality, Yellow (51-100) is moderate but requires caution for sensitive individuals, Orange (101-200) is unhealthy for sensitive groups, Red (201-300) is unhealthy for everyone, and Purple (301+) is very unhealthy, advising avoidance of outdoor activities.
Economic Times
a day ago
- Economic Times
IIT (ISM) Dhanbad in close collaboration with its Research Park recognised as Centre of Excellence under National Critical Mineral Mission
TEXMiN, housed within IIT(ISM) Dhanbad, serves as the translational backbone of this initiative, enabling technology readiness and real-world implementation of research outcomes. The Indian Institute of Technology (Indian School of Mines), Dhanbad, announces its recognition as one of the seven Centres of Excellence (CoEs) under the prestigious National Critical Mineral Mission (NCMM), launched by the Ministry of Mines, Government of India. This recognition marks a significant milestone in India's journey toward strengthening its scientific, technological, and industrial capabilities in the critical minerals sector. The recognition has been made possible through IIT(ISM) Dhanbad's close partnership with its Technology Translation Research Park, TEXMiN (Technology Innovation in Exploration & Mining Foundation, supported by the Department of Science and Technology, Government of India), and a consortium of leading academic institutions, industry players, and innovation partners, both from India and abroad. Together, they have collaboratively built a strong proposal and vision aligned with NCMM's objective of achieving self-reliance across the critical minerals value chain. Operating in a Hub-and-Spoke model, the Centre of Excellence at IIT(ISM) Dhanbad brings together a dynamic mix of international and national partners. Global academic collaborators include Curtin University (Australia), University of Cambridge (UK), and Federal University of Rio de Janeiro (Brazil), while Indian academic partners include IIT (BHU) Varanasi and IIT Gandhinagar. Innovation and startup partners such as Novasensa, a clean energy and circular economy startup, and the Centre for Process Innovation Limited (CPI), UK, have also joined forces to contribute to cutting-edge, deployable technologies. Industry partners like Hindustan Copper Limited, MOIL Ltd, MMPL, and a few other alliance partners bring critical field expertise, infrastructure, and co-investment, enabling real-world validation and accelerated translation of CRM technologies from lab to housed within IIT(ISM) Dhanbad, serves as the translational backbone of this initiative, enabling technology readiness and real-world implementation of research outcomes. The CoE's projects are directly aligned with NCMM's vision, focusing on AI/ML-based mineral exploration, core sample digitization, real-time traceability of CRM (Critical and Strategic Minerals), and beneficiation and recycling solutions. This research will be instrumental in building secure and resilient mineral supply chains critical to clean energy, e-mobility, electronics, and strategic sectors such as defence and Mishra, Director of IIT(ISM) Dhanbad and Chairman of the Governing Board, TEXMiN, said in a statement, 'We are proud to be recognized as a Centre of Excellence under NCMM. This achievement marks a pivotal moment for IIT(ISM), TEXMiN, and our incredible partners as we work toward making India self-reliant in critical mineral technologies and value chains. Through deep academic, industrial, and translational partnerships, we aim to lead impactful research, innovation, and deployment in this strategic sector.' Dheeraj Kumar, Deputy Director of IIT(ISM) Dhanbad and Project Director of TEXMiN, added, 'TEXMiN is honoured to serve as the translational backbone of this CoE. Our focus will be on moonshot projects across AI/ML-enabled exploration, rock core digitization, CRM traceability dashboards, and pilot plant beneficiation of strategic minerals. This CoE will be a catalyst for India's mineral technology revolution.'
