Principal Investigator

Prof. (Dr.) Paresh Doshi established the Advanced Neuromodulation Research Laboratory at Jaslok Hospital & Research Centre, Mumbai, a state-of-the-art research lab focused on multi-modal clinical neuromodulation. For the initial years, the lab’s focus was on advancing deep brain stimulation for movement disorders, while recently, the lab has also started working with non-invasive techniques such as TMS. His vision for establishing this group is to bring together a team of multidisciplinary experts passionate about neurological therapies and advance the field. His passion and vision for the field are evidenced by his dedication towards training young doctors, engineers, and scientists planning a career in the field of neuromodulation.

Clinical Fellow - Functional Neurosurgery | February 2025 onwards

Dr. Ameya is a neurosurgeon committed to restoring independence and quality of life. He believes in clear communication, thoughtful decision-making, and individualized treatment using state-of-the-art surgical techniques.

Junior Consultant and Research Fellow | From 2023 to 2025

Dr. Raj is a neurosurgeon with a particular interest in neuroinaging, image-guided interventions, and neuromodulation research. During my time at Jaslok Hospital under the mentorship of Dr. Paresh Doshi, I contributed to both clinical practice and multiple research initiatives in functional neurosurgery. My current academic pursuits focus on integrating advanced neuroimaging, tractography, and neuromodulation technologies into surgical decision-making.

Research Fellow - MBBS, April 2026 Onwards

My work in the lab focuses on DBS outcomes, microelectrode recording data analysis and tractography analysis. My career focus is on functional neurosurgery and the experience in this lab would be helpful in a physician scientist career. Prior to joining the lab, I completed my MBBS in 2024 and worked on multi-electrode electrophysiology research in freely behaving rodents at IISc Bangalore.

Research Fellow - AI Engineer, October 2024 onwards

His research focuses on developing AI-based methods to optimize DBS lead placement and stimulation parameters, aiming to enhance therapeutic outcomes for patients with Parkinson’s disease

Research Fellow - AI Engineer, October 2025 onwards

Ankit is developing computational models to predict freezing of gait (FoG) in Parkinson’s disease using clinical data. His research combines engineering and neuroscience to improve patient outcomes. Outside the lab, you’ll often find him playing cricket or reflecting on spirituality.

Research Fellow - Multi-modal Neuromodulation | From 2024 to 2025

Oshin works with diffusion weighted imaging to reconstruct white matter tracts and analyze structural connectivity. He is also involved in surgical planning, DBS programming, and our clinical trials with dTMS. Beyond the lab, he fancies traveling, public speaking, and theatre.

B. Tech - Boston Scientific Research Fellow | From 2024 to 2025

Currently pursuing MS in Biomedical Engineering (Carnegie Mellon University, Pittsburgh, USA)