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I am a final year Ph.D. student in mechanical engineering at MIT. I work in the versatile field of solid mechanics, specifically focusing on developing real-time modeling methods for granular locomotion (such as rover motions in sandy terrains). I use various computational modeling techniques (CAE) such as continuum and discrete element modeling (DEM) using in-house and commercial codes (FEA, MPM, Abaqus) to understand the flow and the failure of granular media in scenarios such as meteorite impact and locomotion in dry sands.


In the past, I worked as a scientist at the Defence Research and Development Organisation in India where I helped develop high-altitude surveillance systems for the Indian Army.

Besides engineering, I am also keen on understanding the interplay between scientific advancements and laws and public policies. Specifically, what kind of policy challenges exist in the large-scale adoption of scientific solutions? And what factors go into tackling them? In this regard, I am pursuing a minor in Science, Technology, and Policy along with a  few case studies.

 

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