logo
IIT Bhubaneswar launches M.Tech in Systems Engineering for industry professionals

IIT Bhubaneswar launches M.Tech in Systems Engineering for industry professionals

The Hindu22-07-2025
The Indian Institute of Technology (IIT) Bhubaneswar on Monday announced the launch of the blended mode M.Tech programme in Systems Engineering, designed specifically for working professionals in the industry. The programme is set to commence soon, with participation from eligible industry professionals eager to advance their systems engineering competencies through this flexible learning model, the institute said.
This initiative aims to bridge the gap between academia and industry, enabling engineers with a minimum of three years of experience in plants or industrial settings to enhance their expertise in Modern Systems Engineering, the institute said in a statement on Monday.
This M.Tech programme aims to help participants build the knowledge needed for understanding the behaviour of engineering systems through its courses on Modelling of System Behaviour, Testing Systems Performance, Design of Systems and the tools and techniques for predicting system behaviour, such as reliability engineering, statistical machine learning, the statement said.
The institute said that the curriculum for the course was developed in collaboration with Applied Materials India Private Limited, a subsidiary of Applied Materials, Inc, the global leader in materials engineering solutions for the semiconductor industry.
Speaking on the launch of the programme, Director of IIT Bhubaneswar, Shreepad Karmalkar, said, "Such programmes foster deeper collaboration between academia and industry. Beyond professional development, they open avenues for joint R&D (research and development), leading to innovations that can significantly benefit society and contribute to the vision of an Atmanirbhar Bharat."
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

IIT Indore making 'smart glass' to keep buildings cool in summer and warm in winter
IIT Indore making 'smart glass' to keep buildings cool in summer and warm in winter

Time of India

time2 hours ago

  • Time of India

IIT Indore making 'smart glass' to keep buildings cool in summer and warm in winter

INDORE: A ' smart glass ' being developed at the Indian Institute of Technology (IIT) Indore with the help of a special porous organic polymer can help in constructing eco-friendly buildings by changing the way windows are used, officials said on Tuesday. The key material behind this technology is a newly developed viologen-based porous organic polymer (POP), they said. The project focuses on creating an electronic curtain glass that can control how much light and heat pass through it by simply applying a small electric current, the officials said. "What makes the smart glass special is its quick response to electricity. It can change colour and transparency which allows it to block sunlight and heat when needed, or let it in when it's cooler outside. This smart adjustment helps save energy by reducing the need for air-conditioning or artificial lighting," an official from the institute said. "The use of viologen-based polymers allows for quick and reliable colour change, which can significantly impact how we design energy-efficient buildings. In the future, these smart electrochromic windows could become common in smart homes and eco-friendly buildings, helping to lower electricity bills and reduce the impact on the environment," the official said. The researchers are working closely with industry partners to make sure the glass can be produced using current factory setups, as per the officials. Under the guidance of Prof Suman Mukhopadhyay from the Department of Chemistry and Prof Rajesh Kumar from the Department of Physics, this innovative work is being carried out under the Translational Research Fellowship (TRF) scheme by researcher Dr Sayantan Sarkar from the Department of Chemistry, they said.

How flash floods are affecting India
How flash floods are affecting India

Indian Express

time5 hours ago

  • Indian Express

How flash floods are affecting India

More than 100 people dead in Himachal Pradesh this month. At least 373 killed in Kerala's Wayanad in late July 2024. Five soldiers lost their lives in Ladakh in June 2024. Dozens dead in Sikkim in October 2023. Although these events took place in different parts of the country, they had one common trigger: flash floods. Every year, more than 5,000 people die, and significant damage is sustained by infrastructure, agricultural land, and the environment due to these sudden floods, which are caused by extreme rainfall. To make matters worse, with rising global temperatures, there has been an increase in the frequency of flash floods. For instance, between 2020 and 2022, the number of flash flood events increased from 132 to 184, according to the Union Ministry of Jal Shakti's written reply in the Lok Sabha in 2023. Despite the increasing threat posed by flash floods, there has been insufficient research to identify areas that are most vulnerable to this extreme weather event. This has posed a challenge in implementing adaptation strategies such as early warning systems. A new study by researchers based at the Indian Institute of Technology (IIT)- Gandhinagar has tried to address this gap. Published in the journal Nature Hazards on July 13, the study, 'Drivers of flash floods in the Indian sub-continental river basins', has found that flash floods are mainly centred in the Himalayas, the west coast, and Central India (see box). It has also revealed that several regions in the country have become more vulnerable to flash floods than before, due to soaring temperatures. What factors are driving flash floods? How is the warming climate making flash floods more frequent and intense? How can authorities prepare to limit the impact of flash floods in India? Here is a look. According to the study, only 25% of the flash floods that occur in India are directly caused by extreme precipitation. The rest of them are a result of a combination of extreme rainfall and the condition of the soil before precipitation. Vismal Misra, who co-authored the study with Nandana Dilip K and Urmin Vegad, told The Indian Express, 'If the ground is already wet before a heavy rainfall event, chances are the soil would be saturated or near saturated, which can lead to instant runoff. This increases the risk of flash floods.' The study also notes that an extreme rainfall event leads to immediate flash floods (within six hours) only 23% of the time. Usually, it is the prolonged (multi-day) low-intensity and high-intensity rainfall which results in these floods. At the most vulnerable regions, other factors also contribute to flash flood events. For instance, in the west coast and Central India, flash floods are driven by the high flashiness of sub-basins (part of large river basins). This means that their water levels quickly reach the peak after a heavy rainfall event. Prevailing soil conditions play a crucial role in how rapidly water infiltrates a sub-basin. In the Himalayas, geomorphological factors — such as steep slopes, and high relief (when a landscape has a significant difference between a high point and a low point) — contribute to flash floods. 'Flash flood susceptibility varies widely within the major river basins. For instance, the sub-basins located in the Himalayan regions and the southern parts of the Ganga River basin are highly prone to flash floods, whereas the sub-basins in the central regions of the Ganga River basin exhibit low flash flood susceptibility. This variation in flash flood susceptibility underscores the influence of terrain and climatic factors on flood risk within different parts of the same river basin,' the study said. With rising global temperatures, extreme weather events such as flash floods are increasing in frequency and intensity across the world. That is because for every 1 degree Celsius rise in average temperature, the atmosphere can hold about 7% more moisture, leading to more intense precipitation, which exacerbates the risk of flash floods. In India, between 1981 and 2020, the yearly frequency of extreme precipitation events doubled during the pre-monsoon season. Extreme rainfall during the monsoon, post-monsoon, and winter seasons has increased by 56%, 40%, and 12.5% respectively, according to the study. Note that more than 75% of the total flash flood events that occurred between 1980 and 2018 took place during the monsoon season (June-September). There has been a notable increase in flash flood events since 1995, with most of them occurring in the Brahmaputra River basin, followed by the Ganga and Krishna River basins, the study said. Misra and his colleagues have also found that rising temperatures are leading to more wet hours in most of the sub-basins, which are not currently flash flood-prone. 'Across all the Indian river basins, 51% and 66.5% of the non-flash flood-prone sub-basins show an increase in precipitation and streamflow, respectively. On the contrary, we observed that a few flash flood-prone basins show a decline in the wet hours,' the study said. The findings indicate that authorities need to adopt region-specific adaptation strategies, which are based on factors such as topography and soil conditions, and not just extreme rainfall events. This can help in developing better early warning systems, targeted disaster preparedness, and long-term adaptation plans, according to the researchers. Authorities also need to identify new potential flash flood hotspots and take measures like building climate-resilient infrastructure to limit the impact of the extreme weather event. With rising temperatures and changing rainfall patterns, there is a requirement to enhance land-use and flood planning as well.

IIT-BHU researchers develop portable sensor for enrofloxacin detection in food; aim to curb antibiotic contamination
IIT-BHU researchers develop portable sensor for enrofloxacin detection in food; aim to curb antibiotic contamination

Time of India

timea day ago

  • Time of India

IIT-BHU researchers develop portable sensor for enrofloxacin detection in food; aim to curb antibiotic contamination

VARANASI: In a breakthrough for food and environmental safety, researchers at the Indian Institute of Technology ( BHU ), Varanasi, developed a state-of-the-art dual-mode electrochemical sensing platform for the rapid extraction and detection of Enrofloxacin—an antibiotic widely used in the livestock industry. This innovative sensor integrates magnetic molecularly imprinted polymers (MMIPs) with electrochemical detection techniques, offering a cost-effective, portable, and highly sensitive solution for real-time monitoring of antibiotic residues in food. The research team, led by Pranjal Chandra, includes Supratim Mahapatra, Ankur Singh, and Ratul Paul. Their work was recently published in the prestigious journal Small, and a patent was also filed for the technology. Enrofloxacin, a fluoroquinolone antibiotic, is commonly used in veterinary medicine across India. However, its overuse raised serious public health concerns. The World Health Organization (WHO) identified antibiotic resistance, especially to drugs like Enrofloxacin, as a major threat to global health. Residual traces of the antibiotic in food products such as milk and meat can lead to antimicrobial resistance (AMR), making bacterial infections harder to treat in humans. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Learn More - How Donating Sperm May Support Your Income SpellRock Undo Despite international regulations such as the European Union's maximum residue limits (MRLs) for Enrofloxacin in food, current detection methods remain complex, expensive, and impractical for field use. The IIT(BHU) innovation directly addresses these gaps. The newly developed sensor offers dual-mode detection capability (magnetic extraction + electrochemical quantification), a wide detection range from 100 picomolar (pM) to 10 millimolar (mM), an ultra-low limit of detection (LOD) of 161 femtomolar (fM), minimal sample preparation, real-time analysis, and high portability for field deployment in rural and resource-constrained areas. "This technology not only enhances the precision of food safety monitoring but also aligns with national missions such as Make in India and Start-up India," said Prof. Amit Patra, Director, IIT(BHU). "Dr. Chandra and his team took a significant step toward solving real-world challenges related to antimicrobial resistance and food contamination. Their innovation reflects the power of indigenous research and technological excellence." The device is expected to have broader applications in pharmaceutical screening, clinical diagnostics, and environmental monitoring, contributing significantly to global efforts to ensure food safety and public health.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store