A non-contact biometric sensing device configured to calculate biometric data of a target, the device comprising: a processing device; a user interface communicatively coupled to said processing device; a display communicatively coupled to said processing device; a laser doppler vibrometer sensor communicatively coupled to said processing device; an infrared camera communicatively coupled to said processing device, said processing device programmed to utilize mechanical motion data received from said laser doppler vibrometer sensor to calculate biometric data comprising at least one of a pulse rate of the target and a breathing rate of the target, and thermal distribution data from said infrared camera to calculate biometric data comprising a map of temperature distribution of the target, when signals originating from said laser doppler vibrometer sensor are reflected back towards said device from the target, and when thermal distribution data is received at said device from the target; characterized by: a plurality of ranging lasers each configured to emanate a visible beam for use as an aiming device for said sensing device; and a visible camera communicatively coupled to said processing device, characterized in that said processing device is programmed to utilize data received from said visible camera, including the tracking of beams from said ranging lasers, to remove the motion associated with a user of said sensing device from the data received from said laser doppler vibrometer sensor and said infrared camera. a processing device; a user interface communicatively coupled to said processing device; a display communicatively coupled to said processing device; a laser doppler vibrometer sensor communicatively coupled to said processing device; an infrared camera communicatively coupled to said processing device, said processing device programmed to utilize mechanical motion data received from said laser doppler vibrometer sensor to calculate biometric data comprising at least one of a pulse rate of the target and a breathing rate of the target, and thermal distribution data from said infrared camera to calculate biometric data comprising a map of temperature distribution of the target, when signals originating from said laser doppler vibrometer sensor are reflected back towards said device from the target, and when thermal distribution data is received at said device from the target; characterized by: a plurality of ranging lasers each configured to emanate a visible beam for use as an aiming device for said sensing device; and a visible camera communicatively coupled to said processing device, characterized in that said processing device is programmed to utilize data received from said visible camera, including the tracking of beams from said ranging lasers, to remove the motion associated with a user of said sensing device from the data received from said laser doppler vibrometer sensor and said infrared camera. a plurality of ranging lasers each configured to emanate a visible beam for use as an aiming device for said sensing device; and a visible camera communicatively coupled to said processing device, characterized in that said processing device is programmed to utilize data received from said visible camera, including the tracking of beams from said ranging lasers, to remove the motion associated with a user of said sensing device from the data received from said laser doppler vibrometer sensor and said infrared camera.