Dr. DHARAM P. PANDEY

Dr. Dharam Pandey, a distinguished clinical neurorehabilitation expert and professor of physiotherapy, leads pioneering healthcare initiatives and manages top-tier facilities across various renowned hospitals. With a profound commitment to advancing patient care, he fosters an environment of excellence, innovation, and compassionate service. Dr. Pandey's leadership extends to strategic planning, operations management, and groundbreaking research endeavors, earning him numerous prestigious awards and accolades. His contributions to the field of healthcare, coupled with his extensive academic achievements, reflect his unwavering dedication to improving the lives of patients and advancing the standards of physiotherapy and rehabilitation on a global Dr. Dharam Pandey is a highly qualified, experienced and Eminent Physiotherapist in India and rehabilitation specialist based in Delhi, India. He is currently serving as the Head of the Department of Physiotherapy & Rehabilitation Sciences at Manipal Hospitals, Delhi, a position he has held since February 2018. Prior to this, he was the Director & HOD of the Department of Physiotherapy & Rehabilitation Sciences at BLK-MAX Hospital, Delhi, from August 2011 to February 2018. Dr. Pandey holds a Ph.D. in Neurorehabilitation, He also holds numerous additional professional qualifications, including certificates in neurodevelopmental treatment, Spinal Structural Balance, and Pilates, among others. Dr. Pandey is an active member of various academic associations, serving as an expert committee member, external examiner, paper setter, and Ph.D. thesis evaluator at a number of universities throughout India. He is also a reviewer and editorial board member for several respected scientific journals in the field of physiotherapy and rehabilitation. Dr. Pandey has published extensively on various topics related to physiotherapy and rehabilitation, including the use of artificial intelligence-powered non-invasive electromagnetic field therapy in stroke patients, the efficacy of brain-computer interface-based stimulation devices for spinal cord injury and stroke patients, and the use of electrical muscle stimulation to preserve muscle strength in critically ill patients.