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Time of India
4 days ago
- Business
- Time of India
CoEP tech varsity launches apex lab in embedded systems
Pune: An advanced platform for embedded expertise, equipped with advanced tools and designed to empower students and faculty to work on challenges in embedded systems and hardware-software integration, was launched at College of Engineering, Pune Technological University (CoEPTU). Students from CoEP Technological University and member institutions can access the lab. These include AISSMS Institute of Information Technology, Marathwada Mitra Mandal's College of Engineering, and Pimpri Chinchwad College of Engineering. The lab will benefit undergraduate and postgraduate students, PhD scholars, and faculty members for advanced research, contribute to industry-relevant innovation, and engage in continuous learning and cross-institutional collaboration. You Can Also Check: Pune AQI | Weather in Pune | Bank Holidays in Pune | Public Holidays in Pune CoEPTU chairman Vinayak Pai said, "This lab will bridge the gap between academic learning and industrial application. By fostering collaboration with industry leaders, we are empowering our students with hands-on experience in embedded systems, preparing them for future challenges. I am confident that this lab will become a hub of innovation, research, and excellence." The lab, aligned with New Education Policy 2020, promotes multidisciplinary learning, hands-on experience, and modular, credit-based education. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Use an AI Writing Tool That Actually Understands Your Voice Grammarly Install Now Undo Anup Sable, CTO of KPIT Technologies, said the future of mobility and embedded systems will be shaped by strong industry-academia partnerships. "The lab can nurture engineering talent with hands-on experience and real-world problem-solving capabilities. By empowering students and faculty with cutting-edge tools and collaborative learning, we are investing in upskilling upcoming engineering talent," he added. This collaborative model encourages shared infrastructure, curriculum development, and faculty upskilling for an inclusive approach to technical education.
India.com
27-07-2025
- Entertainment
- India.com
Meet son of a film star, gave up acting to crack UPSC exam, becomes IAS officer without coaching, his name is..., father is...
Meet son of a film star, gave up acting to crack UPSC exam, becomes IAS officer without coaching, his name is..., father is... We have witnessed several actors launching their kids in the film industry to help them build a career in the same profession. However, renowned Tamil actor Krishnamurthy Narayanan's son broke all the norms and carved an identity of his own. Instead of following his father's footsteps, he pursued an entirely different field and garnered success. Krishnamurthy, known by his stage name Chinni Jayanth, is one of the most popular Tamil stars, known for his comedy roles in 80s films opposite Rajnikanth. His son Shrutanjaya Narayanan was an active member in the cultural society, took part in plays and other events as well. He developed interest in theatre and loved to explore his creative side. However, his parents wanted to him to continue his education as he excelled in academics. After school, he went on to pursue graduation from the College of Engineering, Guindy. Later, he pursued Master's from Ashoka University.
Times of Oman
08-07-2025
- Health
- Times of Oman
Omani research study develops eco-friendly method to combat bacteria, fungi
Muscat: The National University of Science and Technology has developed an innovative and environmentally friendly method to repurpose used aluminum foil as a sustainable source for producing aluminum oxide nanoparticles. A research study demonstrated that these nanoparticles exhibit significant effectiveness in combating bacteria and fungi, making them promising for various biological applications. Titled 'Eco-Friendly Synthesis and Characterization of Aluminum Oxide Nanoparticles from Waste Aluminum Foil for Antibacterial, Anti-fungal and Anti-Corrosion Applications," the study addresses the growing issue of aluminum waste, which accumulates in millions of tons annually and is typically disposed of in landfills. The research aligns with the urgent need to develop advanced recycling technologies to reduce waste and minimize environmental impact. By creating a green synthesis method for aluminum oxide nanoparticles from discarded aluminum foil, the study offers a practical solution to aluminum waste accumulation while exploring the nanoparticles' potential applications in energy storage devices, antimicrobial agents, and corrosion protection. This approach transforms waste into high-value functional materials, promoting sustainable practices with broad environmental and industrial benefits. Led by Omani researcher Reem Hilal Al-Maamari from the College of Engineering at the National University of Science and Technology, the research team highlighted the nanoparticles' wide-ranging potential. In healthcare, they could be used to manufacture medical tools and antibacterial coatings, helping reduce infections in hospitals and health centres. For environmental and waste management, the method enables sustainable aluminum foil recycling, significantly cutting waste volumes and delivering long-term ecological benefits. In the industrial sector, these nanoparticles could be incorporated into anti-corrosion coatings, particularly for metal and architectural applications. Their antimicrobial properties also make them ideal for water purification, where they could be used in efficient filtration systems—a viable solution for communities facing water scarcity. In the food industry, the nanoparticles show promise in active packaging technologies, extending shelf life and reducing microbial contamination. Agriculturally, they could serve as natural antifungal agents, enhancing soil and plant health. The research team emphasized the importance of promoting nanoparticle use, particularly in healthcare, for manufacturing antimicrobial medical tools and surfaces to curb infection transmission in medical facilities. They also recommended their adoption in metal industries, where adding them to protective coatings could mitigate corrosion, especially in humid and marine environments. For water purification, the nanoparticles' antibacterial properties make them valuable in remote or water-scarce regions. In food packaging, integrating them into materials could enhance product preservation and minimize microbial risks. The team further advocated for their agricultural application as seed or soil treatments to reduce fungal infections and improve crop quality. The study's findings underscore the transformative potential of repurposing aluminum waste into high-performance nanomaterials, fostering sustainability across multiple sectors while addressing pressing environmental and industrial challenges.
Indian Express
28-06-2025
- Business
- Indian Express
Hidden Stories: How Pune nurtured the ‘parachute woman of India'
When India announced the launch of Operation Sindoor against Pakistan, Pune-based Smita Yeole was out of the country. What she saw stirred her in a deeply personal way, for Smita was in the business of manufacturing a product closely linked to war: parachutes. Since 2004, Mumbai-based Oriental Weaving and Processing Mills, which was founded by Smita's late father, Vishwanath Chalke, has been making parachutes that are used for dropping flares, bombs, drones, cargo, missiles, and humans from aircraft. 'There are hundreds of varieties of parachutes,' says Smita, the managing director of the company, adding that there are underwater parachutes and parachutes that drop 16,000 kg tanks from an aircraft in high-altitude regions such as Leh. Oriental supplies parachutes to the armed forces, and in 2009-10, it became the first private Indian company to export parachutes internationally. While the company manufactures more than 50 products, there is no website listing these. 'I cannot disclose details because these are customer-specific and related to a country's defence. I have a lot of customers who are against each other, so I cannot share one person's matter with another,' she says. The entrepreneur supplies parachutes to the Israelis and the UK, among others. Smita lives in a ground-floor apartment full of comfortable furniture and artefacts from around the world. The drawing room looks out at a converted outdoor dining space, and the sounds of the kitchen meander through conversations. As Smita talks about enjoying cooking and gardening, the domestic everydayness is a striking contrast to the high-action life-and-death scenarios in which she has made her mark. A Mumbai girl, Smita, who calls herself a 'textile person', had worked in a few companies before joining her father's business. 'I started at the bottom of the ladder,' she says. In 1988, Smita had an arranged marriage with Ajay Yeole, a metallurgist and gold medal-winning College of Engineering, Pune, alumnus, who worked at Tata Motors and came to Pune. 'For one year, I was sitting at home and doing nothing. I told my husband, 'Boss, I cannot stay at home like this. You better do something or I will have to keep shuffling between Bombay and Pune',' she recalls. Ajay took it upon himself to start a small aluminium foundry in Uttam Nagar in 1990. While helping him, Smita learned the foundry business from the workers, the consultants and the day-to-day working. By 1997-98, it became the top aluminium foundry in Pune. Smita brought the same attitude to her father's business in 1999-2000. Blessed with a hands-on husband and supportive mother-in-law who took care of their two sons, she began to shuttle between Mumbai and Pune. 'I spent Mondays, Tuesdays, half of Wednesdays, and half of Fridays working with my husband at the foundry. Thursdays used to be for my father's textile business in Mumbai. On Saturdays and Sundays, I used to be at home,' she says. Smita's father had pioneered making parachute fabric in India in the 1970s, after the India-Pakistan war. 'India was importing those fabrics, and my dad indigenised these,' she says. She was visiting the Aerial Delivery Research and Development Establishment in Agra with him when a director told her, 'You have made this fabric. Why don't you stitch it up for me?' This was the first time that a defence lab was asking somebody outside the lab, or a non-defence production company, to make parachutes. Smita, who read drawings like a book because of her foundry experience, took up the task. The initial challenges included finding tailors to gaining knowledge. Besides fabric and cords, a parachute needs tapes, cotton yarn, webbing and metal parts that are sourced from all over India. All components have to be sent for testing to the National Accreditation Board for Certification Bodies before they are applied to the product. Gradually, the company established vendors and pipelines and fine-tuned its systems. Today, the company operates out of three locations – Gujarat, where the thread is woven; Mumbai, where the fabric is processed with a centralised lab and head office; and Agra, where the parachute fabrication is done. 'We bagged orders one after the other. I have taken transfer of technology for the SU-30, i.e. the Sukhoi aircraft, the LCA aircraft, the Hawk and the MiG, among others. I make all these parachutes for the defence. Earlier, I used to supply only to India, now I supply globally,' she says. Smita regularly attends exhibitions abroad, meets people, learns and incorporates the developments in her work. Once, former Union minister Smriti Irani had referred to Smita as the Indian woman manufacturing parachutes. Yet, at meetings with suppliers in India, she says, she often meets people who want to 'speak to Mr Yeole'. Smita, who is also the vice-president of the prestigious Independence-era organisation, The Synthetic and Art Silk Mills Research Association, which is linked to the Ministry of Textiles, is optimistic about the future. 'Earlier, parachute fabric was made on an ordinary loom; now, it is made on water jet looms. The quality has improved manifold,' she says. AI has also made it 'easy to assimilate data', she adds. 'An abiding challenge is the availability of the yarn for making the fabric. It is all imported. When India becomes self-sufficient in that, the country will be on solid ground,' says Smita. Ironically, Smita has never used a parachute herself. 'Maybe…one day I have to do it. It is on my bucket list,' she says. Dipanita Nath is interested in the climate crisis and sustainability. She has written extensively on social trends, heritage, theatre and startups. She has worked with major news organizations such as Hindustan Times, The Times of India and Mint. ... Read More
The Hindu
17-06-2025
- Science
- The Hindu
KTU announces NSS awards
APJ Abdul Kalam Technological University (KTU) announced its National Service Scheme (NSS) awards for 2023-24 on Tuesday. University Vice-Chancellor (in-charge) K. Sivaprasad announced the winners. The NSS units and programme officers chosen for the awards are: Mar Baselios Institute of Technology and Science, Shiju Ramachandran; College of Engineering, Adoor, Sreedeepa H. S.; College of Engineering, Cherthala, Priyakumar T. N.; Ilahia College of Engineering and Technology, Arun Kumar M.; KMCT College of Engineering for Women, Reena Abraham; Nehru College of Engineering and Research Centre, Rejumon R.; Government Engineering College, Sreekrishnapuram, Askar Ali P.; Thejus Engineering College, Vipin Krishna R.; ACE College of Engineering, Nandu Bhadran; and Baselios Mathews II College of Engineering, Darsana S. Babu.
