This invention is related to medical devices ,to be more specific human airway management device.Human airway management is required for artificial ventilation for General anesthesia during surgery,for critically ill patients in intensive care units(ICU),and for resuctation. Conventionally airway is secured by inserting endotracheal tube in patients trachea under direct vision with the help of Laryngoscope.But some times it is difficult to visualize the glottis opening properly due to inadequate mouth opening,restricted neck movement, or neck swellings .In these cases intubation guide catheters or bougie is very healpfull. Intubating bougie is a solid or hollow tubular structure(catheter or tube) available in different sizes(diameter and length) made of plastic,Rubber,latex etc. which is introduced in-the-trachea, by gliding it below the epiglottis. Now the endotracheal tube is railroaded over the bougie in to the trachea. The main limitation of the conventional bougie is that its insertionis a blind and there is no way to confirm its proper placement in trachea.To solve this problem the present device is designed.In this device a small imaging sensor (CMOSCCD,etc)is placed at the tip of the bougie (catheter) the other end of the bougie has a cable with connector.Through this connector the the device can be connected to the monitor,personell communication devices like Personel computers(PC), laptops,tablets,ipads, orsmartphones(mobile phones).The provision can be made to connect the device to the above mentioned monitors /devices wirelessly also. When the device is inserted in the trachea similar to conventional bougie, it will provide the live video of the airway(larynx and trachea),which can be visualized on the screen of the devices (PC, smart phones) to which it is connected. The device will also have the facility of video recording,snapshot The device can also be used for live demonstration by connecting the PC ,smart phones to internet for teachi
