Host City India: Boulder

Manoj Hariharan

Manoj Hariharan’s love of science began with a trek in fall, with his father, when his eyes captured the changing color of leaves in the midst of sheets of rain that turned paths into bewitching rivulets. Pursuing a doctorate nurtures this fascination scientifically. It also brings a deeper glimpse into all the good nature can do, from uncovering our survival to understanding Earth’s processes that shape our world.

At the National Institute of Technology, Rourkela, Hariharan covers biosphere-atmosphere interactions and intends to understand how climate, pollution, atmospheric and geographic sciences shape and are shaped by the terrestrial carbon cycle. He tries to picture them mainly with the “eye in the sky.” He is a graduate of the Department of Geography at the University of Madras, Chennai, and a Project Fellow at the Indian Institute of Remote Sensing, Dehradun. He loves stargazing in his downtime.

As a Fulbright-Kalam Climate Fellow, Hariharan anticipates spending time with climate models at a supercomputer cluster to understand the dynamic traits of carbon. He will focus on the sensibility of the terrestrial ecosystems to environmental change, by attributing the processes to observed changes in the carbon pools using an integrated data platform. He expects the outcomes to draw him closer to better quantifying the trajectory of terrestrial carbon pools. Besides, he plans to explore the starry nights of the Colorado mountain trails and eagerly awaits experiencing a snowy Christmas eve.

Shantanu Kumar Behera

Dr. Shantanu Behera is currently an Associate Professor of Ceramic Engg. At NIT Rourkela. He holds a bachelor’s degree from NIT Rourkela and a Doctorate in Materials Science and Engineering from Lehigh University, Bethlehem, USA. He worked on analysing the atomic structural features of dopant segregated grain boundaries in alumina using transmission electron microscopy at Lehigh and synchrotron x-rays at the Brookhaven National Laboratory (NY, USA). Following his doctorate, he worked at the University of Colorado Boulder (USA) on various aspects of Polymer Derived Ceramics before relocating to India. Dr. Behera’s research interests over the last decade at NIT Rourkela includes development of nanostructures and hybrids from preceramic polymers with potential applications in batteries, supercapacitors, and in high temperature resistant bulk materials and coatings.

Dr. Behera was an invitee in the Indo-German Frontiers of Engineering Symposium following which he was a Visiting Scientist at the Forschungszentrum Julich, Germany. He reviews scientific literature for more than 30 journals and is an outstanding reviewer for a few. He speaks regularly in his mother tongue (odia) in All India Radio on popular and informative scientific topics.

During his Fulbright-Nehru Research Fellowship, Dr. Behera aims to fabricate novel Si-C hybrids using preceramic polymers for application as efficient anodes for Li ion batteries. With his expertise in preceramic polymer processing, microstructural characterization, and the resources at CU Boulder, he plans to develop a series of Si-C nanostructures, test their electrochemical properties to gain insights on the processing, microstructure, and performance relationship in these materials.

Wasim Niyaz Munshi

Wasim Niyaz Munshi obtained his bachelor’s degree in civil engineering from the National Institute of Technology, Srinagar, in 2021. He then joined the Indian Institute of Technology, Madras to pursue an integrated MS + Ph.D. in civil engineering. His doctoral thesis focuses on developing a robust phase-field model for fracture propagation. The developed model will leverage parallel computing on distributed memory environments and adaptive mesh refinement to offset the high computational costs.

As a Fulbright-Nehru Doctoral Research fellow at Colorado State University, Boulder, CO, Wasim is addressing the key limitation of the phase-field method, which is its high computational cost. The eventual outcome of this research will result in a unique 3D subsurface fracture propagation capability that addresses a key bottleneck for several industrial applications such as geothermal energy, shale gas exploration, and composites. Wasim has presented his initial work at reputed conferences like CFRAC 2023 and ISTAM 2023. In addition to several high-impact research publications, this research will also facilitate long-term collaborations between the Indian Institute of Technology Madras and the host laboratory in the U.S. in a strategic area of national importance for both nations.

Coming from the picturesque valley of Kashmir, Wasim has a deep appreciation for nature. He loves spending time in nature and is particularly enthusiastic about hiking and camping. He enjoys travelling to new places and is very keen to learn about different cultures.