Bhandari keeps a close eye on all the research and development happening at IIT Delhi (file photo)
The shift towards sustainable energy is important and Bhandari argues that India has tremendous potential to lead this shift to reduce our carbon footprints.
Indian Institute technology (IIT) Delhi has established the Bhandari-Sankhla Chair in the subject of clean energy. Sandeep Bhandari, an IIT Delhi alumnus of 1994 batch, is behind this initiative. Bhandari established the chair to promote quality and leadership in clean energy education, research and development. The chair will promote research in the areas of environmentally conscious green hydrogen production, development of hydrogen infrastructure and carbon dioxide management technology, according to the press release.
Responding to the establishment of the Chair, Bhandari said it was an honor to associate with an institution that had a significant impact on her life. He further added, “It is an honor to dedicate this chair to my Nani (grandmother), who has been a true inspiration to me since childhood, and my parents, who have always enjoyed learning science.”
He emphasized his desire to help create a more sustainable and cleaner environment, dedicating the chair to his parents and his maternal grandmother. Bhandari keeps a close eye on all the research and development happening at IIT Delhi and believes that the university can be a leader in this area of clean energy.
The shift towards sustainable energy is critical for the world, and Bhandari argues that India has tremendous potential to lead this change to reduce our carbon footprints. This change could also generate a significant economic opportunity for the nation.
Meanwhile, IIT Delhi’s FITT and Pune-based SVR Infotech signed a memorandum of understanding (MoU) for exclusive authorized sales and technical support of domestically produced software called “McAnalyzer” in the Indian and global markets.
Students in engineering colleges will benefit from MachAnalyzer (MA) as they study mechanisms and build useful machines and robotic gadgets. The software has animation elements for understanding the motion of systems such as 4/5/6-bar linkages, cams and gears, as well as other features to keep students interested in studying concepts such as inversion.
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