▎ 摘　　要

NOVELTY - System comprises a receptacle (116) having the nanofiber material solution (114), a voltage source (120) electrically coupled with the receptacle, a platform (108) configured to receive the sensing device (104), where the platform is aligned and placed at a predefined distance from the receptacle, and the platform is electrically coupled with the voltage source. The nanofiber material solution is configured to be coated over the sensing device by spraying the nanofiber material solution from the receptacle, under high voltage provided by the voltage source, over the sensing device for a predefined time period. The receptacle comprises a syringe, or a pneumatic pump. A needle of the syringe is electrically coupled with a positive supply of the voltage source. The platform is electrically coupled with a ground of the voltage source. The sensing device comprises an etched fiber Bragg grating (eFBG) sensor. USE - The system is used for coating a nanofiber material over a sensing device. ADVANTAGE - The system has increased uniformity, is cost-effective, has reduced maintenance, requires NTP conditions with low power and low sample volume at minimum coating time and low operational cost, helps in development of portable, point-of-care, real time measuring eFBG sensors for mass production at low cost, increases dynamic range of the sensor, increases sensitivity of the sensor, and increases reproducibility of the sensor. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the system for coating nanofiber material over a sensing device. 104Sensing device 108Platform 110System for coating 114Nanofiber material solution 116Receptacle 120Voltage source