I have more than 10 years of research experience (nearly 6 years in post-doctoral) in the field of material synthesis, electrochemical devices (fabrication of sensors and energy storage), energy generators (fabrication of triboelectric and piezoelectric, integration of solar cell) and flexible electronics. The developed systems were applied for various applications including environmental monitoring (water and air pollution), health monitoring (wearable sensors), wearable energy and robotics. For sweat monitoring sensors I developed new textile supercapacitor working with sweat as an electrolyte. For hybrid energy generation and storage, I designed fully flexible self -powered pack (integration of solar cell, supercapacitor and sensors/motors). This hybrid energy technology were employed wearable sensors, water quality monitoring sensors and operating motors in robotic/prosthetic hand. 

I have been involved in multidisciplinary projects in different countries (India, UK, Poland, Portugal, Austria and Serbia) and excellent track record of collaborative projects, including attracting the research funding. For example, I have participated in 4 EU Projects (3 Marie Curie ITNs and 1 project on manufacturing - NWCAM), two BRNS (India) projects, 1 EPSRC project, 1 EPSRC Partnership Fund project, INNOVATIVE UK, ICURe grant, and 1 RAeng Project.

Going forward, I would continue to focus on research and teaching in sustainable materials for energy storage and energy autonomous systems for applications including healthcare, electric vehicles/robotics, and pollution monitoring. One of my ambitious plans is to develop a technology platform for environment friendly electrochemical devices (sensors energy storage devices) based on naturally abundant materials.