NATIONAL & KARNATAKA: HERITAGE: Three Hoysala Temples of Karnataka Inscribed as UNESCO World Heritage Sites

All three temples are protected by the Archaeological Survey of India and the nominations were entered as ‘The Sacred Ensembles of Hoysalas’.

The Hoysala temples at Belur, Halebidu and Somanathapur in Karnataka were declared as UNESCO World Heritage Sites on September 18 in a move that will bring global recognition with prospects of increase in international tourism to these places.

The Chennakeshava temple at Belur and Hoysaleshwara temple at Halebidu — both in Hassan district have been on the UNESCO’s tentative list since 2014. The Keshava temple at Somanathapur in Mysuru district was appended to the other two monuments under the tentative list and all the three were officially nominated by the Centre as India’s entry for 2022-23 in February in 2022.

An expert from the International Commission on Monuments and Sites (ICOMOS) concluded the site visits covering all three temples in September last year and the monuments were officially inscribed as UNESCO World Heritage Sites during the 45th session of the World Heritage Committee at Riyadh, Saudi Arabia.

All three temples are protected by the Archaeological Survey of India (ASI) and the nominations were entered as ‘The Sacred Ensembles of Hoysalas’.

The Hoysala temples are known for evolving a distinct style that is ornate with temple architecture following a stellate plan built on a raised platform. The material used in temple construction is choloritic schist which is also known as soapstone that are soft and amiable to carving.

While the construction of the Chennakeshava temple at Belur in commenced during the period of king Vishnuvardhana in 1117 CE and took 103 years to complete, the Hoysaleshwara temple was commissioned in 1121 CE while the Keshava temple at Somanathapur in Mysuru district was commissioned by Somanatha Dandanayaka during the regime of Narasimha III in 1268 CE.

A. Devaraju, Commissioner, Department of Archaeology Museums and Heritage said the inscription of the 3 sites as World Heritage Sites will give global recognition for the three monuments which are known for sculptures and carvings and further boost tourism.

The dossier for final submission was prepared by the Bengaluru chapter of INTACH for the Department of Archaeology Museums and Heritage and Department of Tourism with support from the Archaeological Survey of India.

source/content: thehindu.com (headline edited)

INTERNATIONAL : NATIONAL & KARNATAKA: EDUCATION : IIT gets its First Woman Director. Mysuru-Born Dr. Preeti Aghalayam Is IIT Zanzibar-Tanzania Director

IIT gets its first woman Director

The Indian Institute of Technology Madras (IIT Madras), the country’s top-ranked educational institution, has achieved the distinction of being the first IIT in India to establish an international campus, set to be located in Zanzibar, Tanzania.

The institute has also set another first by appointing the IIT’s first woman Director.

Heading this initiative is Mysuru-born Dr. Preeti Aghalayam, who is an alumna of IIT Madras. She is also a Professor in the Department of Chemical Engineering.

The Zanzibar Offshore  Campus of IIT Madras will be situated on Zanzibar Island, off the East African mainland and is slated to commence its inaugural academic session in October 2023.

The establishment of this offshore campus aligns with the National Education Policy (NEP) of 2020, which encourages high-performing Indian Universities to establish campuses abroad.

Dr. Preeti grew up on 13th Main Road in Saraswathipuram and attended Demonstration School (DMS School) in Mysuru. After completing her Pre-University, she made it to IIT Madras and chose Chemical Engineering as her field of study.

According to Meena Mysuru, a retired officer from the Indian Information Service (IIS) and resident of city, a close friend of the family, Dr. Preeti hails from a family of educators.

Her father, late Dr. Janardhan, was a Chemistry Professor at the Regional Institute of Education (RIE), Mysuru, while her mother, Dr. Rama, taught linguistics. Both her parents held Ph.Ds and her grandfather was a renowned historian.

Professional journey: Dr. Preeti Aghalayam completed her B.Tech in Chemical Engineering at IIT Madras in 1995 and later earned her Ph.D. from the University of Massachusetts Amherst in 2000. Her professional journey includes a stint as a post-doctoral researcher at MIT in Cambridge and a faculty position at IIT Bombay.

Dr. Preeti joined IIT Madras as a faculty member in 2010 and is actively involved in the Office of Global Engagement at the institute, where she oversees international academic programmes.

Her contributions led to her recognition as one of the 75 Women in STEM (Science, Technology, Engineering, and Mathematics) by the Principal Scientific Advisor’s office.

Running enthusiast

Beyond her academic pursuits, Dr. Preeti has a strong sports background and was an avid basketball player during her school days. She is also an accomplished marathon runner.

In an interview, she said, “Running is everything for me as it helps me shred off the stress. If I am under a lot of stress, my family asks me to run and come back. Running makes me feel human again.”

In the initial plans, faculty members for the Zanzibar campus will be either deputed from IIT Madras or recruited from India. Presently, the institute will operate from a temporary campus in the Bweleo district of Zanzibar, with the permanent 200-acre campus on Zanzibar Island set to be completed by 2026.

source/content: starofmysore.com (headline edited)

NATIONAL & KARNATAKA: CONSTRUCTION TECHOLOGY BREAK-THROUGH: Indian Institute of Science(IISc) cracks Code to Build Low-Carbon Construction

The multilateral project is funded jointly by the Department of Science and Technology (DST) under the trans-national platform of Accelerating Carbon Capture, Utilisation and Storage Technologies.

Researchers at the Indian Institute of Science (IISc) have pioneered breakthrough materials and processes that could bring down the building industry’s carbon emissions and supplement sustainable construction practices.

The Centre for Sustainable Technologies in IISc has utilised 3D-printable material formulations with industrial by-products, including construction and demolition wastes (CDW), blast furnace slag, and fly ash, for carbon sequestration.

Carbon sequestration is the process where atmospheric carbon dioxide is captured and stored. The method aims at reducing the amount of carbon dioxide in the atmosphere.

The multilateral project is funded jointly by the Department of Science and Technology (DST) under the trans-national platform of Accelerating Carbon Capture, Utilisation and Storage Technologies.

The 3D printable material formulations have the potential to be used in fabricating walls, slabs, and various other building components, a DST statement said.

“The developed material, utilising an optimised process of accelerated carbonation curing, can store 35-40 per cent of carbon dioxide by mass of cement,” DST said. Small crystals of carbonate minerals formed during the sequestration can also enhance the engineering performance of the material.

The innovation could replace up to 75 per cent of natural sand in cement-based construction materials. The research has been published in the journal — Construction and Building Materials.

source/content: deccanherald.com (headline edited)

INTERNATIONAL / NATIONAL & KARNATAKA: GLOBAL HEALTH & PHARMAEUTICALS: Biocon Chief Kiran Mazumdar-Shaw Appointed Member of Court of Regents at Royal College of Surgeons of Edinburgh

Biocon Ltd and Biocon Biologics Ltd Executive Chairperson Kiran Mazumdar-Shaw has been appointed as Regent of the Royal College of Surgeons of Edinburgh (RCSed), a Biocon release said on Thursday.

On her appointment as the latest member to the College’s Court of Regents, Mazumdar-Shaw said: “I am humbled and deeply honoured to be appointed Regent of the Royal College of Surgeons Edinburgh. As the oldest surgical college in the world with just under 30,000 members in 100 countries, the RCSed has been championing the highest standards of surgical and dental practice by providing high quality medical education. I look forward to contributing to the College’s mission and advancing the frontiers of surgical excellence.”

The Court of Regents comprises a group of distinguished and accomplished individuals in their field who provide the college with advice and expertise.

The Royal College of Surgeons of Edinburgh is a prestigious Scottish medical association which was founded in 1505 by Royal Charter granted from King James IV. It is the oldest surgical colleges in the world with nearly 30,000 members in 100 countries, and about half of them are from overseas, touching every stage of the career path from medical students to consultants.

source/content: daijiworld.com (headline edited)

KARNATAKA: FIRST : Bengaluru’s First Underground Electric Transformer inaugurated at Malleshwaram

The idea behind the underground electric transformer is to ensure the safety of people and to maintain the aesthetics of India’s garden city.

Bengaluru’s first underground electric transformer was inaugurated at Malleshwaram on Tuesday by the city’s civic body and electricity board together. The idea behind the underground electric transformer is to ensure the safety of people and to maintain the aesthetics of India’s garden city.

Karnataka energy minister KJ George said that the government is planning to install more such underground electric transformers in the city, which are usually seen on the footpath or on the side of a road. He said, “#Bescom will eventually convert all the HT overhead lines to underground cables in Bengaluru city. This will also convert the complete system which includes distribution transformers, ring main units, feeder pillar boxes, etc into an underground system.”

The minister also said that this will help the BBMP and BESCOM to provide better service, as they do not need to dig the road or block the traffic during any maintenance works. “This adds to the overall safety of the environment, encouraging the citizens to use footpaths without any hassles since they’d be free from interruption during maintenance works of overhead cables and related equipment. This would also keep the electrical equipment insulated from drastic climatic changes such as cold, heat and rains,” the minister added.

The minister also reiterated that there is a need to avoid the visual clutter in Bengaluru, which is visited by the people from all over the globe. He also said, “More than anything else, smart underground distribution infrastructure is not only innovative, it also removes a significant amount of visual clutter and improves the looks of the urban area.”

source/content: hindustantimes.com (headline edited)

INTERNATIONAL, NATIONAL & KARNATAKA : SILK INDUSTRY: Sericulture And Silk Industry International Training Session Begins, Mysuru

Over 30 foreign delegates attend month-long programme at Central Sericultural Research and Training Institute in Mysuru city.

A month-long international training programme on ‘Sericulture and Silk Industry’ began at the Central Sericultural Research and Training Institute (CSRTI) in the city this morning.

More than 30 delegates from countries including Cameroon, Ethiopia, Ghana, Iran, Kenya, Myanmar, Nigeria, Philippines, Uganda, Vietnam, Zimbabwe, Laos, Thailand and Bangladesh are participating.

This training programme is conducted under the Indian Technical and Economic Cooperation (ITEC), sponsored by the Ministry of External Affairs, Government of India. The trainees will undergo 30 days of practical training in mulberry silkworm rearing, complemented by classroom teaching and exposure visits to all sectors of sericulture.

The event was inaugurated at CSRTI premises on Manandavadi Road here by Dr. C. Meenakshi, Director (Finance) and Member-Secretary of the Central Silk Board, in the presence of Dr. Gandhi Doss, Director of CSRTI and R. Dileep Kumar, Executive Director of the International Sericulture Commission.

Dr. Meenakshi emphasised the importance of sericulture technologies and training for the development of the silk industry. She highlighted India’s unique position in the world’s premium silk production and the role of the International Sericulture Commission in conducting the international training.

Dr. Meenakshi stated that the trainees would receive hands-on training in mulberry silkworm rearing for four weeks and be exposed to the latest technologies developed by CSRTI. They will also visit progressive sericulture farmers and allied sectors of sericulture in and around Mysuru, with the goal of increasing silk production worldwide.

She informed the delegates that CSRTI Mysuru, as a pioneering Sericultural Research Institute under the Central Silk Board, is dedicated to research and development of technologies to enhance silk productivity and quality in India.

The institute also conducts training programmes on various aspects of sericulture for national and international participants. She encouraged the trainees to share the knowledge gained from quality silk cultivation in their respective nations.

According to CSRTI, the main objectives of this training programme are to support the introduction and development of sericulture activities in third-world countries, generate skilled manpower in sericulture, provide training in extension management and technology transfer, and impart knowledge in post-cocoon technology and successful commercial sericulture practices for replication in other developed countries.

source/content: starofmysore.com (headline edited)

KARNATAKA: HEALTH SERVICES: Tele-NICU launched to Improve Ambulance Services for Newborns in Bengaluru

The ambulance will be facilitated with essential services such as infant incubators, heart and lung monitors, high-frequency and conventional ventilators etc.

With the aim of improving neonatal care services in the state, Health Minister Dinesh Gundu Rao launched Manipal Ambulance Response Service – Neonatal Care on Wheels (MARS-NOW) in Bengaluru on Friday.  MARS-NOW was launched to provide comprehensive neonatal transport services in Bengaluru and its outskirts.

The ambulance will be facilitated with essential services such as infant incubators, heart and lung monitors, high frequency and conventional ventilators, nitric oxide administration, blanket warmers and advanced vehicle suspension for a smooth journey enhancing patient comfort. The neonatal intensive care unit (NICU) will help babies survive better, Rao said, adding that the government is open to working with the private sector to ensure the best treatment at the lowest prices possible. Manipal Hospital launched a helpline (080-22221111) service which other less facilitated private hospitals also can use, to transfer children via MARS-NOW.

The programme will expand as a hub and spoke model in Karnataka later extending services to government-run institutions too, Rao said. Doctors explained that the first few hours and days of a newborn’s life are critical, especially for pre-term babies or other medical conditions, and regular transportation could lead to new complications.

Timely action saves infant

A newborn baby suffering from intrauterine growth restriction (IUGR), a condition wherein a baby does not grow to normal weight during pregnancy was transferred via MARS-NOW to Manipal Hospital, Old Airport Road from another private hospital last year. The baby faced multiple health issues immediately after birth, including multi-system inflammatory syndrome with bleeding in the lungs and cardiac issues. Highlighting the need for tele-NICU, doctors said that the baby was already on ventilator support and would not have survived if it had not transferred properly.

source/content: newindianexpress.com (headline edited)

KARNATATA: SPACE & TECHNOLOGY: Bengaluru-based Space Startup ‘GalaxEye Space’ Unveils First Drone-based SAR System

Started in 2021, GalaxEye is the brainchild of entrepreneurs Singh, Denil Chawda, Kishan Thakkar, Pranit Mehta and Rakshit Bhatt.

A Bengaluru-based space-tech startup and the first Indian Earth observation satellite company, GalaxEye Space, inaugurated a high-resolution aerial drone based Synthetic Aperture Radar (SAR) system that can perform exceptionally detailed and high resolution all-weather imaging, even amid rainy or cloudy conditions. 

“The in-house developed data fusion technology will deliver unprecedented insights and data from space, empowering satellite constellations to conduct all-weather imaging without succumbing to atmospheric hindrances that plague current single-sensor satellites,” said co-founder & CEO, GalaxEye Space, Suyash Singh. He added that technology opens doors for generating highly detailed images through a compact satellite constellation.

“Upon achieving full operational capacity, this constellation will achieve global coverage within a 12-hour time frame. The capability of constant all-weather, all-time imaging, combined with precise object geometry analysis, holds immense value across diverse sectors such as insurance, precision agriculture, accurate property tax assessment, and the monitoring of utilities like transmission lines, to name a few,” said Singh.

“India is budding with young space startups. Among them, GalaxEye has been able to prove its capabilities in a short period, that too with difficult technologies like SAR,” stated Dr Sudheer Kumar, director, Capacity Building Office, ISRO. “We are keen to see young space talent shaping the future of the Indian space economy,” he added.

“Space technology is currently a very active area having several young entrepreneurs. GalaxEye Space, spun out of IIT Madras, has grown by leaps and bounds since they were incorporated. We are proud of their achievements and look forward to more such ‘Make In India’ initiatives. We shall continue to nurture and support budding entrepreneurs in several ways,” said Dr V Kamakoti, director, Indian Institute of Technology (IIT) Madras.

Started in 2021, GalaxEye is the brainchild of entrepreneurs Singh, Denil Chawda, Kishan Thakkar, Pranit Mehta and Rakshit Bhatt. The startup, spun out of IIT Madras, has inked strategic partnerships and commercial contracts with leading organizations, including US-based space software provider Antaris Inc, XDLINX Labs, Ananth Technologies, and Dassault Systemes. The company is committed to further expanding its partnerships and customer base in the upcoming months, and has submitted a proposal to IN-SPACe seeking support from ISRO to take its endeavours forward.

source/content: newindianexpress.com (headline edited)

NATIONAL & KARNATAKA: SPACE TECHNOLOGY: Udupi Ramachandra Rao (U.R. Rao) – The Man who Built a Satellite in a Shed

Let us shift our attention away from the lander to Chandrayaan-3, the satellite that carried it there, and to the story of India’s satellite dream, which began in 1972 in six rough industrial sheds outside Bengaluru.

Last week, as the Vikram lander descended into a graceful, precise, soft landing on the dark side of the moon, Indian hearts exploded in pride. This week, let us shift our attention away from the lander to Chandrayaan-3, the satellite that carried it there, and to the story of India’s satellite dream, which began in 1972 in six rough industrial sheds outside Bengaluru.

The problem with space technology is that countries guard their knowhow fiercely – there’s very little, and very sketchy, information available in the public domain. In 1966, therefore, Vikram Sarabhai, then director of the Indian National Committee for Space Research (INCOSPAR) invited one of his former PhD students at Physical Research Laboratories (PRL) Ahmedabad, who had been researching solar cosmic-ray phenomena while working with Pioneer space probes and Explorer satellites at MIT, to return and head the satellite engineering team he was putting together. The brilliant young man who bought into the dream and would later be hailed as India’s Satellite Man was 34-year-old Udupi Ramachandra Rao.

When UR Rao took over the satellite program, he was the only one on the team to have ever seen a satellite. At that time, the satellite engineering team was divided between the Thumba Equatorial Rocket Launching Station (TERLS) near Trivandrum, and PRL in Ahmedabad. The untimely death of Sarabhai in 1971 brought Satish Dhawan to the helm of ISRO (INCOSPAR became ISRO in 1969). Unwilling to give up his job as Director of the Indian Institute of Science (IISc), Dhawan negotiated for ISRO to move to Bengaluru, providing the perfect opportunity for Rao, who had spent his boyhood in Ballari and the little village of Adamaru in Udupi, to decide to move the satellite centre here as well.

It wasn’t easy. The unionized labour force at TERLS went on the warpath, refusing to allow any equipment to be moved out. In Bengaluru itself, premises had to be found. At first, the IISc gymkhana was co-opted; later, the Karnataka government offered Rao a few sheds at the brand-new (read: entirely lacking facilities) Peenya Industrial Area outside town. In a dazzling feat of jugaad, involving thermocol, vinyl, and, presumably, duct tape, one of those dusty, asbestos-roofed sheds was converted into the ‘clean room’ required for satellite activity.

In those sheds, between 1972 and 1975, a young and inexperienced but passionate team of scientists and engineers – average age: 26 – put together, under Rao’s dynamic, inspiring. impatient leadership, India’s very first satellite, Aryabhata. It was a magnificent feat – no other country had built a satellite in under three years. The famous picture of Aryabhata being transported on a bullock cart was scoffed at in the American press, which questioned a poor country’s need for a space program. Rao explained it years later as another brilliant example of jugaad. The spacecraft had to be tested for electromagnetic capability and interference in an open area, but metal trucks threw off reflections that interfered with the satellite’s antenna. Someone came up with the brilliant idea of using a wooden bullock cart to transport it instead – et voila!

In 2017, at the age of 85, after overseeing the design of 18 more satellites, accelerating the development of satellite launch vehicles like the ASLVs and PSLVs during his decade-long tenure as Chairman of ISRO, and becoming the first Indian to be inducted into the International Astronautical Federation’s ‘Hall of Fame’, the much-decorated UR Rao died with his boots on. Since then, the ISRO Satellite Centre in Bengaluru, which he so capably raised on the wings of a dream and a prayer, and where all the Chandrayaan satellites were built, has carried his name, and now goes by UR Rao Satellite Centre.

source/content: hindustantimes.com (headline edited)

NATIONAL & KARNATAKA: SCEINC & TECHNOLOGY: Indian Institute of Science (IISc) Develops Autopilot System for Drones

The reason for India’s slow progress in this sector is due to the non-availability of essential indigenous electronics components like microcontrollers and sensors at a reasonable cost.

With the exponential rise in drone usage across sectors like industrial applications, agriculture, logistics and defence, the need for indigenous avionics systems has become crucial. In order to reduce dependence on foreign drone technology, the Indian Institute of Science (IISC) has made a significant achievement in the field of unmanned aerial systems. 

The Artificial Intelligence and Robotics Laboratory (AIRL) at IISC announced that the team has successfully developed an indigenous industrial-grade autopilot system for drones. The team said this achievement is the initial step towards the indigenization of avionics systems for drones in India. This feat was possible through the utilization of Indian-made Vega Microcontrollers, developed by the Centre for Development of Advanced Computing (CDAC), as part of the Digital India RISC-V Program (DIR-V). 

The indigenously developed technology will help reduce the reliance on microcontrollers in future drone avionics projects. Professor Suresh Sundaram, Associate Professor at the Department of Aerospace Engineering, who headed the project said, “Our autopilot system, powered by Vega Microcontrollers, showcases the immense potential of homegrown solutions in the unmanned aerial systems domain. We are confident that this breakthrough will pave the way for further advancements in this field and contribute to the growth of the drone ecosystem in India.” 

India’s most used drone technologies which include an unmanned aerial system (UAV) that can help run a basic operation system and forward data to a navigation control unit, are imported from China, US, Israel, and several European countries.

The reason for India’s slow progress in this sector is due to the non-availability of essential indigenous electronics components like microcontrollers and sensors at a reasonable cost. The country also lacks a skilled workforce working on the UAV systems. Using imported tech comes with major security concerns such as hacking and data manipulation.

The country has been on a steady growth towards chip manufacturing and CDAC is a ray of hope in developing world-class microcontrollers. “This move will cut millions of dollars worth of electronics import over the years and make India self-reliant in terms of UAV technology,” said the laboratory. 

source/content: newindianexpress.com (headline edited)