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Lasya Kandukuri

Lasya Kandukuri is an honors graduate of the University of North Carolina (UNC) at Chapel Hill, where she earned a BS in neuroscience, with minors in chemistry and creative writing. Having completed over 300 hours of emergency medical technician training, she is EMT certified in the state of North Carolina. As a research assistant with UNC Neurology’s Dementia with Lewy Bodies Consortium, she has managed large public health datasets, contributing to novel research in understanding symptom progression within the disease, and presented at both the 2026 Celebration of Undergraduate Research at UNC as well as the 4th Annual Symposium for Learning about Alzheimer’s disease-related Medical Research at Duke and UNC (SLAM-DUNC). She has also accumulated over 900 hours as a healthcare provider through her work as an EMT, as an overnight caretaker through CareYaya, and as an intern at Jaipur’s Aarogyam Hospital and its affiliated slum clinic. As the president of the Union County EMS Explorers Program in 2021, Lasya mentored peers interested in emergency medicine through educational workshops and ambulance ride-alongs. Further, as the president of UNC MEDLIFE from 2023 to 2025, she led volunteer initiatives with students and hosted fundraising campaigns for medical aid and education in underserved communities. As a recipient of the 2024 Foreign Language and Area Studies Fellowship, she completed an eight-week intensive Hindi program at the American Institute of Indian Studies in Jaipur, Rajasthan, where she achieved near-native fluency in the language. Her clinical, research, and leadership experiences have equipped her to navigate complex team dynamics, manage multifaceted projects, and practice collaboration with empathy in service-oriented work. In the long term, she sees herself as a researcher and professor who encourages student inquiry into global health systems, advances accessibility in emergency care, and amplifies the voices of those in need.

Lasya’s Fulbright-Nehru research is investigating how geography and socioeconomic factors impact 108 Ambulance Service response times and thus patient outcomes across urban and peri-urban regions of Jaipur. In collaboration with her host institution in India, she is using multivariable regression and GIS mapping on anonymized EMS datasets to identify predictors of delays, along with a deprivation index constructed from census indicators to capture socioeconomic variation. She is also conducting interviews with first responders, hospital providers, researchers, and policy experts to gather insights into potential strategies for intervention, and analyzing patterns in order to minimize delays and mortality rates.

Amol Yadav

Dr. Amol Yadav is a tenure-track assistant professor in the Lampe Joint Department of Biomedical Engineering at the University of North Carolina (UNC) – Chapel Hill and North Carolina State University – with affiliations in neurosurgery and neuroscience at the UNC School of Medicine. He is a biomedical engineer and neuroscientist by training. After obtaining his PhD in biomedical engineering from Duke University under the mentorship of Dr. Miguel Nicolelis, Dr. Yadav honed his expertise through advanced postdoctoral training in neurobiology and neurosurgery at Duke. This propelled him to establish the Brain-Spine-Machine Interfaces Lab at UNC. His laboratory’s research is interdisciplinary in its approach, merging techniques and concepts from brain-machine interfaces with spinal neuromodulation to innovate in the field of neuroengineering. Dr. Yadav works closely with surgeons and clinicians to adapt new therapies tested in preclinical animal models into clinical applications for patients suffering from sensorimotor loss due to neurological conditions such as Parkinson’s disease, spinal cord injury, and stroke. He is the principal investigator of several ongoing preclinical studies and clinical trials at UNC. His research efforts have been recognized with several accolades, including the NIH Director’s New Innovator Award, the NIH K12 Early Career Investigator Award, the Duke Germinator Research Award, and the UNC Junior Faculty Development Award. In addition to leading an active research group, Dr. Yadav tutors undergraduate and graduate students at UNC on brain-machine interfaces and human physiology.

Dr. Yadav’s Fulbright-Nehru project is developing clinical protocols and tools for brain-computer interface (BCI) and neuromodulation trials for the Indian patient population, in collaboration with scientists, engineers, and clinicians at IIT Delhi and AIIMS Delhi. The expected outcomes of the project include a research protocol for BCI and neuromodulation trials for sensorimotor rehabilitation, regulatory filings, clinical metrics to evaluate musculoskeletal function, Indian context-specific computational tools and algorithms, and collaborative manuscript/grant submissions.

Isha Padhye

Isha Padhye has a BA in public policy from the University of North Carolina (UNC) at Chapel Hill. At UNC, she served in various roles in Student Government. Her senior honors thesis was on misinformation. Most recently, she worked as a research associate at the University of Chicago, helping in projects focused on U.S. healthcare policy. Isha was also a U.S. Global Health Corps Fellow from June 2023–May 2024. Her research interests lie in universal healthcare coverage, women’s health, and youth empowerment.

Isha’s Fulbright-Nehru study, based in Mumbai, is evaluating the impact of community health workers, known as Accredited Social Health Activists (ASHAs), on menstrual education among the youth in India. It is examining how ASHAs are serving as a resource to menstruating girls and how they are educating these girls. For this, Isha is conducting in-depth interviews with girls between the ages of 13–18 and with ASHA focus groups. This research hopes to make a significant contribution to the growing field of menstrual health management.

Abel Abraham

Abel Abraham completed his BS in mathematics and biomedical engineering from the University of North Carolina at Chapel Hill (UNC). He will be joining the MIT Department of Mechanical Engineering to pursue his PhD following his Fulbright-Nehru research period. Abel’s broad interests are in active matter and its intrinsic connections to biology. He specifically wants to understand collective behaviors and the emergence of order and organization in multicellular systems.

Abel is an experimentalist who tries to understand complex systems from the perspective of physical and mathematical principles. During his four-year degree program, while working with Prof. Pedro Saenz at UNC’s Physical Mathematics Lab, he was experimenting with vibrated fluid interfaces, particularly Faraday waves and walking droplets. His experiments with Faraday waves demonstrated similar statistical features with non-equilibrium systems at different scales, leading to a paper under review of which he is a co-author. Abel has also done experiments and simulations to show an absence of diffusion in walking droplets which is analogous to the localization of electrons in disordered potentials. This led to his first-author paper which is also under review.

In his Fulbright-Nehru program, Abel is working with Prof. Shashi Thutupalli in the Simon’s Centre for the Study of Living Machines at the National Centre for Biological Sciences. He is studying active matter systems of stronger biological connection like active droplets and polymers, and exploring how memory affects the dynamics of these active droplet and polymer systems. In this process, Abel aims to gain more experience in the space between physics and biology, which is where he will continue working during his PhD.