Thiruvananthapuram: CSIR-Nationwide Institute for Interdisciplinary Science and Know-how (CSIR-NIIST) has entered right into a collaborative Memorandum of Understanding (MoU) with ISRO's Vikram Sarabhai Area Middle (VSSC) to reinforce analysis and supply of strategically superior supplies. Have finished. India's area programme.
Director of NIIST, Dr C Anandramakrishnan and Director of VSSC, Dr S Unnikrishnan Nair lately exchanged a complete MoU on this regard.
This settlement facilitates VSSC and CSIR-NIIST to determine broad areas of collaboration, resulting in supply of superior supplies akin to engineered alloys, coatings and useful supplies, which have essential functions in area programmes.
CSIR-NIIST, a premier interdisciplinary analysis laboratory beneath the Council of Scientific and Industrial Research (CSIR), has a protracted document of pioneering work in analysis and improvement (R&D) within the discipline, which is able to profit VSSC.
ISRO Chairman Dr S Somnath stated he believes that manufacturing of top of the range supplies, electronics and composites is crucial for India to develop into fully self-reliant in area analysis and expertise.
“We are focusing on doing it within India all the time. For example, the materials we use for our rockets and satellites are largely indigenous,” Dr Somnath stated.
“But we still lack high-end composites and electronics manufacturing. We have to focus on this. If you really want to be a world leader, these areas are very important. This is the only way to bring about a real revolution in ” Area,” he added.
Upon completion of Chandrayaan and Aditya-L1 missions, ISRO is predicted to develop strategically essential superior supplies and indigenous applied sciences for a self-reliant India in its upcoming area initiatives.
Dr C Anandramakrishnan stated the MoU assures strategic supplies for ISRO initiatives, which is a excessive precedence for NIIST and can ship engineered elements assembly ISRO specs.
“The areas potentially covered are close to net shaping and advanced manufacturing, smart coatings, H2 gas storage and materials for electronic and magnetic applications,” stated Dr C Anandramakrishnan.
“NIIST has created state-of-the-art facilities such as pilot-scale squeeze casting plants and laser surface machining for high-quality research and product development. VSSC already supports NIIST for the development of cutting-edge technologies such as electronic substrates, iridium coatings .Carbon fiber composites, and H2 storage vessels,” he stated.
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