Host City USA: Mumbai

Nandini Krishnamoorthy

Nandini Krishnamoorthy received her BA in community health from Tufts University in May 2026. Having grown up in Mumbai and later moving to the United States for college, she is particularly interested in understanding how social, environmental, and structural factors shape health across different communities and contexts.

During her time at Tufts, she explored the intersections of clinical medicine, public health, and research. Alongside clinical work as a medical assistant, she contributed to research projects spanning global mental health, HIV medication adherence, maternal health equity, and global clinical research ethics. As a Tufts Laidlaw Scholar, Nandini conducted a qualitative research project examining mental health in urban informal settlements in Mumbai, India. She has also held research and internship positions with the Fenway Institute, Boston Medical Center, Dana-Farber Cancer Institute’s Center for Global Health Equity, the Multi-Regional Clinical Trials Center of Brigham and Women’s Hospital and Harvard, and the Tufts University School of Medicine.

Outside of her academic and professional work, Nandini was a member of a competitive dance team and has been actively involved in South Asian advocacy and affinity spaces. She also loves to read, crochet/knit, and sing.

Nandini’s Fulbright-Nehru research project is a qualitative study of perinatal mental health in Mandala, an informal settlement in Mumbai. Building on the work of Partners for Urban Knowledge, Action and Research (PUKAR), a local organization, she is collaborating with community members and “barefoot” researchers to examine how women understand distress, seek support, and navigate care.

Arushi Kende

Arushi Kende is a recent graduate from Cornell University, where she studied Asian studies and pursued research interests in seva, altruism, ecological ethics, and community-based models of care. Her work focuses on how Indian religious communities cultivate self-sustaining cultures of service, especially through practices such as free kitchens, farmer support, elder care, forest schools, and other forms of community-led relief. For her honors assignment, she conducted ethnographic fieldwork across Maharashtra and Uttarakhand, visiting 15 ashrams and seva projects to study how service is practiced as both a spiritual discipline and as a social framework.

Arushi was involved in interfaith and service initiatives at Cornell, where she was president of Hindu YUVA and an interfaith ambassador. Her community education work spans both practical and academic forms of teaching, from leading cooking and local sustainability lessons for community members to supporting elementary students in reading and high school students in essay writing. Her broader interests include sant literature, Indic educational and service traditions, ecological connection, rural sustainability, and the relationship between religion and social change. Through her scholarship and service work, she aims to build mutual exchange between India and the United States around compassionate, resilient, and regenerative forms of altruism.

Building on her earlier exploratory fieldwork, Arushi’s Fulbright-Nehru project is examining seva not simply as “selfless service,” but as a cultivated moral and social form. Through sustained ethnographic research among selected religious communities in Maharashtra, she is studying how seva is reproduced through discipline, storytelling, communal labor, devotional practice, institutional life, and personal narrative. The project is delving into how sevaks negotiate self-effacement and agency, how communities sustain non-market obligations without reducing service to debt or patronage, and how recipients interpret care as charity, grace, kinship, reciprocity, or participation in a shared moral world.

Arunima Singh

Prof. Arunima Singh is an associate professor of physics and a graduate faculty member in the Materials Science and Engineering program at Arizona State University. She received her PhD from Cornell University and held postdoctoral appointments at Lawrence Berkeley National Laboratory and the National Institute of Standards and Technology. Prof. Singh has received notable accolades, including the Department of Energy Early Career Research Program Award, The Mineral, Metal, and Materials Society (TMS) Young Leaders Professional Development Award, and the Department of Defense Faculty Fellowship. Her research integrates first-principles computational methods and artificial intelligence to accelerate materials discovery, synthesis, and applications, with an emphasis on understanding and controlling physical phenomena at the surfaces and interfaces of materials.

Prof. Singh’s Fulbright-Nehru research project is focusing on accelerating the discovery of quantum–semiconductor material heterostructures for the next-generation spintronic, neuromorphic, sensing, and topological devices. By combining machine learning, high-throughput first-principles simulations, and molecular beam epitaxy, the project is designing and fabricating atomically precise interfaces with controllable electronic properties. This integrated approach is expected to reveal the fundamental rules governing the complex interfaces in quantum–semiconductor heterostructures, establish advanced growth protocols through advanced synthesis methods, and lead to stable materials platforms for energy-efficient and scalable quantum technologies.

Tanushree Mitra

Dr. Tanushree Mitra is an associate professor at the University of Washington’s Information School, where she leads the Social Computing and Algorithmic Experiences (SCALE) lab group. Her research focus is on human-centered AI and responsible AI wherein she combines computational techniques, AI, natural language processing (NLP), and social science principles to study the complex social processes underlying human–human and human–computer interactions in large-scale online systems. As an interdisciplinary scholar, she draws from a range of methods from the fields of human–computer interactions, large-scale data analytics, machine learning, and AI. Her work consistently centers human impact, interpretability, and the translation of research into real-world governance and safety solutions. Dr. Mitra’s research has been recognized through multiple honors, including an NSF-CAREER, an NSF-CRII, an early career ONR-YIP, and an Adamic-Glance Distinguished Young Researcher awards, along with several best paper awards. She received her PhD in computer science from Georgia Tech’s School of Interactive Computing.

Dr. Mitra’s Fulbright-Nehru project is examining how generative AI systems, such as large language and text-to-image models, reproduce sociocultural biases and misalignments, especially in high-stakes domains in Global South contexts. In partnership with the host institution, the project is developing methodologies to audit AI systems for cultural risks, and is building mixed-initiative workflows by combining machine intelligence, crowd workers, and experts to evaluate those risks at scale. The expected outcomes include new sociocultural AI audit frameworks, datasets, and evaluation metrics, culturally grounded AI capabilities, scalable annotation systems, peer-reviewed research, and strengthened international collaborations focused on responsible, equitable, and globally inclusive AI development.

Manisha Javeri

Dr. Manisha Javeri is professor and chair of the educational technology program at the Charter College of Education, California State University, where she has served for over two decades. She holds a PhD in educational technology from the University of Northern Colorado, and advanced degrees in physical chemistry and education from the University of Mumbai.

Her work focuses on the integration of emerging technologies, particularly AI, in teaching and learning across K–12 and higher education. She has designed and taught an early graduate-level course on AI in education and has led curriculum development in areas like online learning, instructional design, virtual and augmented reality, and data-driven decision-making. In her role as program chair, she oversees academic planning, accreditation, and strategic initiatives for graduate programs in educational technology.

Dr. Javeri’s scholarship is complemented by a strong commitment to international and interdisciplinary education. At California State University, she developed one of the first undergraduate courses on peace and conflict resolution by integrating digital tools, data, and global perspectives to examine conflict, sustainability, and humanitarian challenges.

Dr. Javeri’s research and professional contributions extend globally, with projects linking technology to humanitarian and sustainability efforts in Africa and Asia. A Rotary Peace Fellow, she has worked on international initiatives involving peacebuilding, environmental sustainability, and technology-enabled community development. She has also collaborated with the Clinton Global Initiative and UNESCO-related efforts, and has led projects ranging from solar energy interventions in Mozambique to technology integration programs for educators in Botswana.

She is a recipient of numerous awards, including the Rotary International World Peace Fellowship and recognition as a Global Peace Ambassador. Her current scholarly interests include AI in education, human performance technology, interdisciplinary applications of technology, and equitable access to digital learning in diverse and multicultural contexts. Through her teaching, research, and collaborations, she continues to advance innovative, ethical, and globally informed approaches to educational technology.

Dr. Javeri’s Fulbright-Nehru project is examining the integration of AI in graduate educational technology programs through a comparative study between California State University and SNDT Women’s University in Mumbai. The project is combining teaching and research, including delivering AI-focused courses and conducting mixed-methods research on curriculum design, student outcomes, and institutional contexts. By analyzing similarities and differences across the U.S. and India, the project aims to develop innovative, ethical, and culturally responsive AI curriculum frameworks while fostering long-term academic collaboration and advancing global best practices in AI in education.

Udita Gupta

Dr. Udita Gupta is a clinical associate professor in the Urban Institute for Teacher Education (UITE) at the University of Utah’s College of Education, where she is working in the field of teacher preparation and secondary mathematics education. She began her career as a statistics lecturer in India. She completed her PhD in educational psychology (learning sciences) from the University of Utah. Dr. Gupta brings a cross-cultural perspective shaped by her academic and professional experience in both India and the United States, and is fluent in both Hindi and English. Her research focus is on the cognitive load incurred in STEM learning; reflective practices; global competency development; community-engaged learning; and the integration of artificial intelligence in teacher preparation. She is particularly interested in how culturally responsive pedagogy, global perspectives, and AI-enhanced instructional strategies can strengthen preservice and in-service teacher education. She has published scholarly work and led faculty development initiatives in these areas.

Dr. Gupta’s Fulbright-Nehru project has three major components: strengthening preservice teacher preparation and secondary mathematics teaching methods through direct classroom teaching, workshops, and seminars for both preservice and in-service teachers in India; collaborating with Indian faculty on developing a curriculum that integrates culturally responsive pedagogy, global aspects, and AI into teacher education; and building enduring academic partnerships between Indian and U.S. institutions through sustained mentorship and capacity building in STEM teacher education. Aligned with India’s National Education Policy (NEP) 2020 reforms that emphasize critical thinking over rote learning, the project is working toward strengthening STEM teacher preparation through inquiry-driven, student-centered strategies, and adopting global practices like COIL – Collaborative Online International Learning.

Suraj Muley

Dr. Suraj Muley is a neurologist and internationally recognized expert in neuromuscular medicine, neuroimmunology, myasthenia gravis, and chronic inflammatory demyelinating polyneuropathy (CIDP). He serves as director of neurology at Bob Bové Neuroscience Institute at HonorHealth and is professor of medicine at Arizona State University School of Medicine and Advanced Medical Engineering. Dr. Muley completed his medical education at Seth Gordhandas Sunderdas Medical College, Mumbai, which was followed by research training in pharmacology and residency and fellowship training in neurology, clinical neurophysiology, and neuromuscular diseases at the University of Minnesota. He is board certified in neurology, clinical neurophysiology, and neuromuscular medicine.

Over a distinguished academic career spanning more than three decades, Dr. Muley has held major leadership roles at the University of Minnesota, Barrow Neurological Institute, and HonorHealth, including directing neuromuscular, neuroimmunology, fellowship, and residency programs. His clinical and research interests focus on immune-mediated neuromuscular disorders, with emphasis on novel targeted therapies for myasthenia gravis and CIDP. He has served as principal investigator or co-investigator on numerous national and international clinical trials in neuromuscular diseases.

Dr. Muley has authored and co-authored numerous peer-reviewed publications, book chapters, invited reviews, and international presentations in neuromuscular medicine. He is a Fellow of the American Academy of Neurology (FAAN), Fellow of the American College of Physicians (FACP), and Fellow of the Royal College of Physicians of Edinburgh (FRCP Edin). His honors include multiple teaching and research awards.

Dr. Muley’s Fulbright-Nehru project is focusing on advancing neuromuscular medicine and neuroimmunology in India through collaborative teaching, research, and clinical training. Working with leading academic medical centers in Mumbai, his project emphasizes inflammatory neuropathies and myasthenia gravis, with particular focus on advanced electrophysiological techniques and emerging targeted therapies. The project aims to strengthen subspecialty education, promote collaborative clinical research, and develop sustainable academic partnerships between Indian and U.S. institutions. By leveraging India’s large and diverse patient population, the project seeks to improve understanding and treatment of immune-mediated neurological disorders while fostering long-term global collaboration in neuroscience.

Nita Sahai

Prof. Nita Sahai’s research focuses on the physical–chemical aspects of biomolecular and inorganic ion interactions at mineral surfaces in processes relevant to the origins of life and astrobiology, environmental geochemistry, and biomaterials science. She earned her PhD from Johns Hopkins University in 1997. Following an NSF postdoctoral fellowship from the University of Maryland, Prof. Sahai became a full professor in the Department of Geoscience, University of Wisconsin–Madison, from 2000 to 2011. She has been with the School of Polymer Science and Polymer Engineering, University of Akron, since 2011, and holds joint appointments in the departments of geosciences and biology, and in the Integrated Bioscience Program. Prof. Sahai holds the Ohio Research Scholar Endowed Chair, Biomaterials, and is a fellow of CIFAR (Canadian Institute for Advanced Research). She was also a fellow and a distinguished lecturer of the Mineralogical Society of America. Her research has been supported by such prestigious institutions as the NSF and NASA. She is also the recipient of the NSF CAREER Award and the Romnes Faculty Fellowship. Prof. Sahai has served on the National Academies of Science, Engineering, and Medicine’s Committee on Astrobiology and Planetary Science, which advises NASA. In 2020, she was featured in Fireball, an award-winning documentary on meteorites and the evolution of life and human society on Earth. She has been interviewed on the National Public Radio and on the Public Broadcasting Service. Prof. Sahai has served/is currently serving on several editorial boards, including those of Astrobiology, Geochimica et Cosmochimica Acta, and American Mineralogist. She has guest-edited a volume, Medical Mineralogy and Geochemistry (in the well-known Reviews in Mineralogy and Geochemistry Series), and two thematic issues of the Elements magazine. She is a keen history buff and studies philosophy as a hobby.

Dr. Sahai’s Fulbright-Nehru project is exploring how, before life and enzymes, protometabolism emerged. It is exploring mechanisms to synthesize the ATP molecule using metal-ion catalysts. The project is collaborating with the microbiologist Prof. Amitesh Anand (TIFR, Mumbai) and the chemist Prof. Sudha Rajmani (IISER Pune).

Claire Wulfman

Claire Wulfman holds a bachelor’s degree in biology from the University of Vermont and recently completed her master’s in public health from the University of Utah. Her academic path has been shaped by her curiosity and drive to create more equitable systems of care. As an undergraduate, she was involved in student government, biomedical research, collegiate athletics, and tutoring in writing. All through her master’s program, Claire contributed to a nationwide sleep study by coordinating participant recruitment and conducting cognitive assessments. She has served as a health educator with the Planned Parenthood’s Teen Council Program and has also been a counselor for sexual assault victims; besides, she was a community outreach assistant with the Utah Coalition Against Sexual Assault. For her practicum, Claire traveled to Peru to study family planning beliefs and behaviors.

As a community outreach officer on the Student Advisory Committee, Claire organized volunteer initiatives and policy engagement events for fellow graduate students. She has also contributed to research on sexual and reproductive health and rights in India. Her capstone project explored how gender norms affect stress and mental health among college-aged men; this built on her broader interest in social constructs of masculinity and gender-based violence. Claire’s interdisciplinary interests bridge public health, gender equity, and social justice. Her passion for addressing gender-based violence stems from her experience supporting survivors, promoting prevention, and researching the role of masculinities. Outside of academics and work, Claire finds joy in poetry, cooking, and spending time in the mountains.

Claire’s Fulbright-Nehru project is examining how NGOs based in Mumbai are engaging with men and boys on the topic of public-space sexual harassment (PSH). Working with these local organizations, Claire is assessing how concepts of masculinity, gender roles, and safety are communicated and implemented. Through interviews, field observations, and policy analysis, her research aims to identify effective strategies to promote gender equity and inform future interventions to address PSH in India and beyond.

Pran Teelucksingh

Pran Teelucksingh recently received his BS in Chemistry and a BA in health and human biology from Brown University, Rhode Island. His research interests include bacterial metabolites and natural products. At Brown, Pran conducted research in the Kizer Lab, where he worked on optimizing the recombinant expression of glycan antigens in E. coli. He also served as a head tutor and teaching assistant for the organic chemistry sequence. He is especially interested in the intersection between public health and science. During his earlier years of college, he spent time in several student-led public health organizations and also co-published a research article on campus accessibility.

Outside of work, Pran enjoys hiking, baking, gardening, reading visual novels, and playing the trumpet and RPG video games.

Pran’s Fulbright-Nehru project is seeking to uncover novel antibiotic scaffolds and producers that can serve as the foundation for novel antimicrobial therapies. The research involves screening natural product extracts for bioactivity against Gram-negative and Gram-positive bacteria, identifying a bioactive extract, purifying the metabolite, and then characterizing the metabolite’s activity toward drug-resistant bacteria. The study is also mapping the biosynthetic gene cluster of such a metabolite by using the bioinformatic tool antiSMASH.