LIQUID PROPULSION SYSTEMS CENTRE- India
Author Profile
Early Academic Pursuits
Rohan Nair’s academic journey began at the prestigious Atomic Energy Central School in Mumbai, where he demonstrated exceptional scholastic aptitude. He excelled in his Class X board examinations with a remarkable CGPA of 9.8/10 in 2011 and continued to perform well during his Class XII with a score of 79.4%. His passion for engineering led him to pursue a Bachelor of Engineering (B.E) in Mechanical Engineering at the University of Mumbai, graduating with a CGPA of 7.00/10 in 2017. Eager to further his expertise, he enrolled in the Master of Technology (M. Tech) program in Ocean Engineering at IIT Madras, Chennai, where he graduated with a CGPA of 8.26/10 in 2023.
Professional Endeavors
Rohan’s professional career commenced at Siemens Gamesa Renewable Energy Pvt. Ltd. as a Solution Design Engineer in the Tower & Foundation Structures department. Here, he performed finite element analysis on both offshore and onshore wind turbine structures, ensuring their stability under various external loads. His tenure at Siemens Gamesa from June 2021 to December 2021 laid the groundwork for his subsequent role at the Indian Space Research Organization (ISRO).In December 2021, Rohan joined ISRO’s Liquid Propulsion Systems Centre (LPSC) in Valiamala, Thiruvananthapuram. As a Scientist/Engineer, he focused on the Materials & Manufacturing Entity, specifically in Earth Storable Engine & Stage Hardware Fabrication. His responsibilities included overseeing process, quality control, and quality assurance planning in the fabrication and acceptance testing of aluminum alloy propellant and water tanks for satellite launch vehicles. He also played a key role in developing and collaborating with industrial partners to charter new manufacturing technologies and address fabrication challenges.
Contributions and Research Focus
Rohan’s contributions at ISRO have been pivotal in advancing the fabrication processes and quality assurance protocols for satellite launch vehicles. His research focus on the development and testing of aluminum alloy propellant tanks has contributed significantly to the reliability and efficiency of Earth’s storable stages in satellite launches. By collaborating with industrial partners, Rohan has spearheaded the implementation of new manufacturing technologies, thereby enhancing the overall fabrication quality and efficiency.
Accolades and Recognition
Rohan’s academic and professional excellence has been recognized through various accolades. Notably, he secured an All India Rank (AIR) of 64 in the ISRO-ICRB 2019 examination for Mechanical Engineering. Additionally, he achieved an AIR of 2120 in the GATE 2019 exam with a commendable score of 716/1000, placing him in the 98.71 percentile. Demonstrating consistent excellence, Rohan cleared the GATE examination four times, each time achieving a percentile above 93 in Mechanical Engineering.
Impact and Influence
Rohan’s work at ISRO has had a significant impact on the organization’s capabilities in satellite launch vehicle fabrication. His expertise in quality control and assurance has ensured the reliability of critical components, thereby enhancing the success rate of launch missions. His influence extends to his colleagues and collaborators, inspiring innovation and excellence in manufacturing processes.
Legacy and Future Contributions
Rohan Nair’s legacy is characterized by his dedication to advancing engineering practices and his contributions to India’s space exploration capabilities. His future aspirations include continuing his research in propulsion systems and fabrication technologies, aiming to develop more efficient and reliable components for space missions. Rohan’s commitment to excellence and innovation positions him as a key contributor to the future successes of ISRO and the broader field of aerospace engineering.Rohan Nair’s journey from a promising student to a distinguished engineer at ISRO exemplifies the impact of dedication, innovation, and continuous learning. His contributions not only advance the field of aerospace engineering but also inspire future generations of engineers to strive for excellence and make meaningful advancements in technology.