Vani Jha
Dr. Nirvikar Dashora and Himanshu S. Sethi led a strong group of NARL-ISRO experts who managed the GNSS infrastructure installation.
Thanks to a historic partnership with the National Atmospheric Research Laboratory (NARL) of the Indian Space Research Organization (ISRO), Manav Rachna University (MRU) has installed a Global Navigation Satellite System (GNSS) receiver, making it the first university in the Delhi NCR to do so. Installing a GNSS and Space Weather Laboratory on the MRU campus signified this momentous breakthrough.
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Dr. Nirvikar Dashora and Himanshu S. Sethi led a strong group of NARL-ISRO experts who managed the GNSS infrastructure installation. A laptop, iron mast, 30M RF wire, antenna, and GNSS receiver are all part of the system. This project is a component of the joint research initiatives run by NARL, which include GNSS receiver networks at several universities and governmental institutes.
Integrating with the NARL North-South network of receivers, the GNSS receiver at MRU supports important research on planetary ionospheres, space weather, climate, and weather. In order to promote interdisciplinary research in atmospheric and space sciences, the event included a sensitization session led by NARL scientists regarding the GNSS receiver and its applications.
Pioneering Space and Atmospheric Research: Manav Rachna University and NARL- ISRO’s Historic Partnership
Manav Rachna University gains a lot of advantages from the GNSS receiver installation. It makes multi-parametric data collecting easier, which improves atmospheric sciences and associated subjects’ research capacities. MRU will participate in national and international cooperative initiatives as a member of the NARL receiver network.
Significant advantages are also provided by this program for student projects and learning, particularly for those in the departments of sciences, computer science engineering (CSE), and electronics and communication engineering (ECE). Students will have practical exposure to real-time data analysis and state-of-the-art technology.
The Vice-Chancellor of Manav Rachna University, Prof. (Dr.) Deependra Kumar Jha, acknowledged his delight in this accomplishment, saying, “A landmark achievement is the installation of a GNSS receiver in collaboration with NARL and ISRO.” This highlights our dedication to leading the way in atmospheric and space research, as does our recently founded space research facility.
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Professor (Dr.) D.K. Sharma organized the event, which was attended by prominent university officials. “This state-of-the-art facility enhances our research capabilities in atmospheric and space sciences, offering our students unparalleled opportunities to engage with cutting-edge technology,” said Prof. (Dr.) Meena Kapahi, dean of MRU’s School of Sciences.
Faculty members from a variety of disciplines were also present, including Dr. Sandeep Kumar, Head of the School of Sciences, highlighting the initiative’s interdisciplinary impact and collaborative spirit. For Manav Rachna University, the installation of the GNSS receiver is a major turning point that will improve its reputation among academics in India and around the world.
Conclusion
The installation of the GNSS receiver at Manav Rachna University, in collaboration with NARL-ISRO, marks a significant milestone in the university’s journey towards excellence in atmospheric and space sciences. This cutting-edge facility not only enhances MRU’s research capabilities but also provides students with invaluable opportunities to engage with advanced technology and real-time data analysis.
The collaborative spirit and interdisciplinary approach of this initiative reflect MRU’s commitment to leading in scientific research and education. As a member of the NARL receiver network, Manav Rachna University is poised to participate in national and international research projects, further solidifying its reputation among academic institutions globally. This landmark achievement underscores the university’s dedication to innovation and excellence, setting a new standard in the field of atmospheric and space research.