SV Narasaiah Auditorium inaugurated at ‘The Department of Instrumentation and Applied Physics’, IISc Bangalore
Hind High Vacuum (HHV), the leading vacuum technology company, institutes the auditorium in the name of its Founder and Chairman, the Late Shri SV Narasaiah
5th December 22: The SV Narasaiah Auditorium at ‘The Department of Instrumentation and Applied Physics’, IISc Bangalore, instituted by Hind High Vacuum (HHV), the leading vacuum technology company, in the name of its Founder and Chairman, the Late Shri SV Narasaiah was inaugurated recently by Prof. Govindan Rangarajan, Director – IISc.
Also, as a part of the program, Prof. G.U Kulkarni, President – Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR) delivered the inaugural SV Narasaiah Memorial Lecture. The lecture will be held every year and feature a technical talk by a prominent scientific mind in the country.
SV Narasaiah (SVN as he was fondly called) had a passion for high technology and knowledge building. He wanted to create a space to propagate scientific thought and discussion. SVN started the journey of establishing HHV in 1964 from the hallowed walls of IISc in the Department of Instrumentation and Applied Physics, previously known as CISL. HHV established itself as the first commercial vacuum technology company in India, at a time where the country was fighting for self-reliance and such technologies were unheard of outside scientific institutions. Vacuum is a core technology for advanced manufacturing like semi-conductor fabrication, precision optics and thin film depositions. With a strong international presence, HHV enjoys a very close relationship with Department of Instrumentation and Applied Physics.
Said Prasanth Sakhamuri, MD of HHV “It is our privilege as HHV to institute this auditorium in the name of our founder the late SV Narasaiah. The annual memorial lecture will highlight a prominent scientific mind and their technical views. We are proud to commence the inaugural lecture delivered by Prof. G.U. Kulkarni, President, JNCASR. The Auditorium is funded and supported by HHV and the Sakhamuri family. It is the harbinger of many new Industry- Institute relationships for the future.
“Vacuum and thin-film technology is one of the core research areas pursued in The Department of Instrumentation and Applied Physics, IISc Bangalore” said Prof. S. Asokan – Chair, Department of Instrumentation and Applied Physics, IISc; “It is a great privilege for the department to establish the SV Narasaiah Auditorium in the memory of SVN who after years of relentless effort developed a long-term vision to foresee the requirements for the whole vacuum ecosystem. Vacuum Technology is a core technology for any advanced manufacturing process in any country and SVN was a pioneer who spent a lifetime in building HHV as the leading vacuum technology company in India.”
About HHV:
Hind High Vacuum (HHV), based in Bengaluru, is India’s premier thin film and vacuum technology company, with close to six decades of expertise in the design and manufacture of high vacuum equipment for research and industrial applications. HHV is a global developer and manufacturer of laboratory and industrial-scale vacuum thin film coating systems for optical, and functional coatings, in addition it is the largest optics and thin film coating facility in India, it also manufactures special purpose vacuum equipment for complex metallurgical applications. HHV in addition to a vast network of sales in India has an international reach through its marketing and sales branches in the United Kingdom and distributors worldwide. For more information, please visit www.hhv.in
About ‘The Department of Instrumentation and Applied Physics’, IISc Bangalore:
The Department of Instrumentation and Applied Physics falls under the Division of Physical and Mathematical Sciences and the Faculty of Engineering. The Department was established in the year of 1996.
The Department pursues a wide area of interdisciplinary research activities in the broad domain of applied physics, and provides post-graduate degrees (Masters in Technology, Masters in Science and Doctorate) in this area. Having spinned-off 3 startups in the recent past, the department is making a dent in creating a social impact.
The core research areas pursued in the department encompass amorphous semiconductors, phase change memories, fibre optic sensors, nanometrology and precision motion control, nanoscience, super resolution microscopy, nanolithography, biophysics, cell biology, imaging cytometry, optical traps, sensors, nanostructured materials, vacuum and thin-film technology, plasma science and technology, semiconductor devices and integrated circuits, flexible electronic systems, optofluidics, biomedical instrumentation, microfluidics and lab-on-a-chip, optical metrology, nanoscale device physics and electron transport, quantum computation using superconducting circuits and more.
