Kailasavadivoo Sivan, the Indian “rocketman”, commonly known as K Sivan, is an inspiration for many aspiring young people to build their careers in space technology. From being the son of a farmer studying at Tamil Middle School to building himself to become the head of the Indian Space Research Organization (ISRO), Sivan tells young people that all dreams can be achieved with pure effort. I made you believe.
Sivan joined ISRO in 1982, and almost 36 years later, on January 15, 2018, he became chairman of ISRO, taking over from AS Kirankmar. Four years later, it was time for him to move aside and take over the chair. S Somanas. January 14, 2022 is Sivan’s last day as ISRO Chief.
During his tenure, ISRO has grown rapidly and gained worldwide attention. During this period, the Indian name was further imprinted in the world of space technology. Sivan played a major role in shaping the world’s outlook for India about what our country can do in space.
Perhaps for the first time, India as a nation feels the excitement and emotions associated with its unlucky moon mission when Prime Minister Narendra Modi himself hugs Sivan in tears to comfort him for the retreat of Chandrayaan 2. Remember that you did.
India acquires its own DesiGPS with the launch of NavIC
Under Sivan’s leadership, India was also able to witness the future of NavIC, a unique navigation system similar to the American GPS system. ISRO has introduced Navigation with Indian Constellation (NavIC) on smartphones.
Prime Minister Narendra Modi launched NavIC in 2016, but only in 2020 will NavIC be used after Qualcomm launches three mobile chipsets that support NavIC. Smartphones have always supported GLONASS, GPS, BeiDou Navigation Satellite System (BDS), and Galileo Navigation System. However, for the first time, I saw an Indian navigation system installed in smartphones released after 2020.
This simply creates a vision to enable alternatives to desi Google Maps that will work better than Google Maps in the near future.
KSivan’s Contribution to India’s Space Mission
* Shebang’s contributions to India’s space missions are enormous and it is undeniable that it is a difficult task to list them officially, but according to ISRO, these are some important contributions he made. is.
* Project director, GSLV, team leader, end-to-end design review in post-failure scenarios. Solving design problems and enabling GSLV operations, including unique cryogenic engine and stage flight tests. Four successful GSLV MkII launches, including the recent launch of a South Asian satellite.
* Contributed to the success of the first development flight of GSLVMk-III, which launched India’s heaviest satellite from our soil. He is ISRO’s Chief Architect for Space Transport, creating a technology roadmap to meet future requirements and enhancing existing capabilities.
* He led a flight test of a scramjet engine and a tech demonstration of a reusable launch vehicle (RLV-TD). As the project director of the RLV-TD, he has made significant contributions to vehicle design, control and guidance, mission management strategies, and flight demonstrations.
* He has developed a cost-effective strategy for the launch of the Mars probe mission (MOM) using PSLV. In addition, he was primarily responsible for the design and planning of ISRO rocket missions. He is also a key developer on Launch Day, a wind-biased strategy for launch rockets that has enabled all-weather launches. He has implemented a strategy for the PSLV Upper Stage (PS4) reboot feature. It increases mission diversity by injecting multiple payloads into different orbits in a single launch mission. He has contributed significantly to improving the performance and reliability of all ISRO rockets. He was the Chief Mission Architect for 104 satellites launched in one PSLV mission.
* He has established a mission synthesis and simulation facility, a parallel computing facility, and a hypersonic wind tunnel facility for ISRO’s rocket program. In addition, he has provided propulsion to many technological development initiatives for both launch vehicles and social applications.
* He has launched an advanced avionics technology development program for lithium-ion batteries, electric propulsion, and ISRO’s rocket program. Lithium-ion batteries and electric propulsion have been introduced not only in rockets but also in satellites.
* He has begun developing medical devices in key areas of medical friendship, such as the development of advanced microprocessor-controlled prostheses and artificial heart pumps called left ventricular assist devices.
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KSivan Education and Achievements
Born April 14, 1957, he received a Bachelor of Science degree in Mathematics from Madurai University in 1977 and a Bachelor of Science degree in Aviation from Madurai Institute of Technology in Chennai in 1980. After joining ISRO, he received his PhD in 2007 from Bombay’s Aerospace, IIT.
As ISRO, he was GSLV Project Director, LPSC Director (2014-2015), VSSC Director (2015-2017), Space Commission Member (2016-2017), Deputy ISRO Council from 2011 to 2013. He has held senior positions such as chairman. (2016-2017) Before finally becoming the chair of ISRO.
He has won several awards, including the 1999 “ShriHariOm Ashram Prerit Dr. Vikram Sarabhai Research Award”. ISRO Merit Award, 2007; “DrBiren Roy Space Science and / or Design Award”, 2011. Distinguished Alumnus Award from the 2013 MIT Alumni Association; ISRO Award for Outstanding Achievements in 2016. 2017 IIT Bombay and Ph.D. in Science (Honorary Degree), Outstanding Alumni Awards from Satya Bama University and MGR University, Chennai.
He also received the Dr. APJ Abdul Kalam Award in 2019 and the IEEE Simon Ramo Medal in 2020, shared with Byrana N. Suresh.
In memory of Indian “Rocketman” K Sivan on his last day as ISRO Chief
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