Host City USA: Madurai

Dharmendra Saraswat

Dr. Dharmendra Saraswat is an associate professor in the Agricultural and Biological Engineering (ABE) Department at Purdue University. He received a bachelor’s degree in agricultural engineering from Sam Higginbottom Institute of Agriculture, Technology and Sciences (SHUATS); a master’s degree in agricultural engineering from the Indian Agricultural Research Institute (IARI), New Delhi, and a PhD in food, agricultural, and biological engineering from The Ohio State University.

Before coming to Purdue, Dr. Saraswat was a faculty member at the University of Arkansas, a scientist at the Indian Council of Agricultural Research, New Delhi, and an assistant professor at Chandra Shekhar Azad University of Agriculture & Technology, Kanpur.

Dr. Saraswat conducts research in information technology for agriculture. He has been pursuing two areas of emphasis within agriculture: watershed modeling; and digital agriculture. He applies engineering and science principles to measure, model, and develop digital solutions. Dr. Saraswat’s research demonstrates the application of GIS, remote sensing, and open-source software for creating new technologies, decision-support tools, and data sets to manage the environment and agricultural production systems.

Dr. Saraswat’s overall research and extension efforts have been recognized on a sustained basis. He has received several awards, including the Fulbright U.S. Scholar Award (2023), Excellence in Multistate Research Team Award from USDA-NIFA for the S1069 project (2022), Outstanding Faculty Mentor Award from Purdue ABE (2022), Outstanding Educator Award by SHUATS (2021), the American Society of Agricultural and Biological Engineers’ (ASABE) ITSC Best Paper Award (2019), ASABE Standards Award (2018), ASABE Educational Aids Blue Ribbon Award (2017, 2015, and 2013), the American Society of Horticultural Sciences’ Outstanding App Award (2016), Southern Region-American Society of Horticultural Sciences’ Blue Ribbon Extension Communication Award (2016 and 2012), the Fellow of Indian Society of Agricultural Engineers (2014), John W. White Outstanding Extension State Faculty Award by the University of Arkansas (2014), and Excellence in Remote Sensing and Precision Agriculture Award from the National Association of County Agricultural Agents (2013).

Dr. Saraswat’s Fulbright-Nehru research project is focusing on applying deep learning methods to identify and study the spread pattern of bacterial blight in rice and develop a conceptual modeling framework for creating an early warning system. Besides, Dr. Saraswat is collaborating with colleagues at IARI to share experiences with curriculum design and classroom delivery for spatial data science courses to augment the existing curriculum for developing students’ analytical, problem-solving, computational, and decision-making skills and abilities.

Pamela Lothspeich

Dr. Pamela Lothspeich is associate professor of South Asian studies at the University of North Carolina at Chapel Hill where she has been teaching since 2008. She is a literary scholar and cultural historian whose work intersects with epic studies, performance studies, gender studies, and postcolonial studies. She has published extensively on modern iterations of Indian epics, particularly as they appear in Hindi literature, theatre, and film. Her previous research project was on the Radheshyam Ramayan and the theatre of Ramlila. Her books include Epic Nation: Reimagining the Mahabharata in the Age of Empire (OUP, 2009) and the co-edited volume, Mimetic Desires: Impersonation and Guising across South Asia (University of Hawai‘i Press, 2022). She has also guest-edited the special issue, “The Field of Ramlila”, in the Asian Theatre Journal (Spring 2020).

Formerly, she taught at Michigan State University (2004–08) and Chicago University (2003– 04). She holds a PhD in South Asian studies and comparative literature from Columbia University (2003) and an MA in Asian languages and literature from the University of Washington (1996).

Dr. Lothspeich’s research project is on Raslila, an Indian performance genre spanning theatre, dance, music, and ritual, which enacts stories about the Hindu god Krishna and the goddess Radha. Many stories in the tradition emphasize Krishna’s youthful antics and loving interactions with his devotees. Raslila is related to other forms of devotional theatre, especially the Ramlila centered on the Hindu god Ram. This project aims to provide fresh insights into Raslila in all its material social, political, and aesthetic contexts, and also into its intertwined history with Ramlila.

Manish Chalana

Dr. Manish Chalana, PhD, is an associate professor in the Department of Urban Design and Planning at the University of Washington, with adjunct appointments in Architecture and Landscape Architecture in the College of Built Environments. He is also an affiliate of the South Asia Center in the Jackson School of International Studies (JSIS). His work engages with urban planning through the lenses of historic preservation, international planning and development, and equity and social justice. He is also the director of the Graduate Certificate in Historic Preservation and co-directs the Center for Preservation and Adaptive Reuse (CPAR) which strives to connect the academia to the practice of historic preservation. Additionally, he is the membership chair of the National Council for Preservation Education (NCPE). Dr. Chalana’s scholarly contributions have been substantial, including two co-edited volumes. The first, titled Messy Urbanism: Understanding the “Other” Cities of Asia (with Jeffrey Hou, Hong Kong University Press, 2016), goes beyond the mainstream discourse in exploring the complexities of urbanism in Asian cities. The second volume, Heritage Conservation in Postcolonial India: Approaches and Challenges (with Ashima Krishna, Routledge, 2021), critically examines heritage conservation in the context of India’s postcolonial society. Additionally, he has published on topics of urban planning and historic preservation in a variety of academic journals, including the Journal of Architectural Education, the Journal of Heritage Stewardship, Planning Perspectives, Journal of Planning History, and Journal of the American Planning Association.

Dr. Chalana’s Fulbright-Nehru project is exploring the state of historic preservation, or “heritage conservation”, in India, focusing on its inclusivity and equity aspects. The project is primarily examining the representation of sites associated with underrepresented communities in the historical record and is assessing their management and interpretation on the ground. Additionally, the project is investigating the types of histories and memories that may have been lost for sites where physical evidence no longer exists. The study’s emphasis is on Dalits, non-elite Muslims, Sikhs, women, and non-binary groups.

Harini Kannan

Harini Kannan is a student at Harvard University, graduating in Spring 2024 with a BS in mechanical engineering. Her interests lie at the intersection of engineering and medicine, with a specific emphasis on pediatrics and neurodevelopment. This is driven by her research in the following areas: development of robotic wearable systems for rehabilitation; assessing early mobility in global hospitals; volunteer work with underprivileged children in Cambridge and Boston communities; and organizing recreational programs for children with disabilities. She hopes to pursue a career in medicine and develop medical devices to help pediatric populations.

Harini’s Fulbright-Nehru project is building upon her experience working with children with cortical visual impairment (CVI) where it is difficult to identify its symptoms when it’s present alongside autism. For her research, she is working with the Low Vision Center at Aravind Eye Institute, Madurai, to develop the first autism-standardized CVI diagnostic tool and implement it. Using the currently administered assessments, she is identifying the visual skill impairments with the highest correspondence to a CVI diagnosis. She is also developing an app in the form of a mobile game to act as at-home visual rehabilitation to improve visual abilities that are impacted by CVI.