A keyless entry assembly comprising: a sensor assembly including an electrically non-conductive plastic carrier comprising an optically transparent or translucent film and a plurality of electrical translucent sensors thereon electrically isolated from each other and applied to the carrier, wherein the carrier is mountable to a user accessible portion of a vehicle; an illumination assembly attached to the carrier of the sensor assembly, the illumination assembly including a light pipe capable of conducting light and a plurality of indicators on the light pipe including graphic markings that corresponds with the sensors to locate a position of the sensors and to identify a function assigned therewith, the light pipe connected to the carrier such that each indicator is in alignment with a corresponding sensor, the light pipe having one end configured to receive light into the light pipe to thereby illuminate each indicator, each indicator having an upper section and a lower section, the lower section of the indicator being nearer to the one end of the light pipe than the upper section of the indicator; and a controller operable for driving the sensors with the electrical charge, measuring the capacitance of the sensors, determining which one of the sensors is capacitively coupled to an electrically conductive object based on the measured capacitance, and controlling a vehicle operation as a function of an electrically conductive object being proximal to the determined one of the sensors; wherein each indicator is etched into the light pipe at an angle with respect to the direction of the light received into the one end of the light pipe such that the lower section of the indicator does not block the light from illuminating the upper section of the indicator and the indicator is uniformly illuminated by the light; and each of the sensors being configured to capacitively couple to an electrically conductive object proximal to one of the indicators associated with one of the sensors while the one of the sensors is driven with an electrical charge such that capacitance of the one of sensors changes due to the one of the sensors capacitively coupling with the object. a sensor assembly including an electrically non-conductive plastic carrier comprising an optically transparent or translucent film and a plurality of electrical translucent sensors thereon electrically isolated from each other and applied to the carrier, wherein the carrier is mountable to a user accessible portion of a vehicle; an illumination assembly attached to the carrier of the sensor assembly, the illumination assembly including a light pipe capable of conducting light and a plurality of indicators on the light pipe including graphic markings that corresponds with the sensors to locate a position of the sensors and to identify a function assigned therewith, the light pipe connected to the carrier such that each indicator is in alignment with a corresponding sensor, the light pipe having one end configured to receive light into the light pipe to thereby illuminate each indicator, each indicator having an upper section and a lower section, the lower section of the indicator being nearer to the one end of the light pipe than the upper section of the indicator; and a controller operable for driving the sensors with the electrical charge, measuring the capacitance of the sensors, determining which one of the sensors is capacitively coupled to an electrically conductive object based on the measured capacitance, and controlling a vehicle operation as a function of an electrically conductive object being proximal to the determined one of the sensors; wherein each indicator is etched into the light pipe at an angle with respect to the direction of the light received into the one end of the light pipe such that the lower section of the indicator does not block the light from illuminating the upper section of the indicator and the indicator is uniformly illuminated by the light; and each of the sensors being configured to capacitively couple to an electrically conductive object proximal to one of the indicators associated with one of the sensors while the one of the sensors is driven with an electrical charge such that capacitance of the one of sensors changes due to the one of the sensors capacitively coupling with the object.