A switch control panel, in particular for an automotive vehicle, having an actuation face for manual action by means of an element, wherein, in particular, the element is the finger of a human hand, having a housing for receiving the actuation face, having two sensors (4, 7) cooperating with the actuation face such that the respective sensor (4, 7) generates a signal upon the element approaching the actuation face and/or upon contacting the actuation face by means of the element and/or upon pressure action onto the actuation face by means of the element, wherein the signal is for switching and/or triggering a function associated with the respective sensor (4, 7) in the manner of a switching and/or control signal, wherein the first sensor is a capacitively operating sensor, and the second sensor is a sensor operating with optical electromagnetic radiation, wherein the optical sensor cooperates with a lens such that the radiation emitted by the sensor and/or the radiation (5") received by the sensor is focused towards and/or away from the element, characterized in that the capacitive sensor has an electrically conductive film, wherein the electrically conductive film is arranged in and/or on the actuation face, such that by applying an electric voltage, an electric field is generatable in the region of the actuation face, and that the capacitive change in the electric field caused by the action of the element onto the actuation face for generating the signal is evaluable, wherein the actuation face is a constituent part of a cover, in particular in the manner of a trim cover, wherein the cover is movably arranged on the housing, wherein the electrically conductive film is fastened to the side of the cover facing the interior of the housing, and wherein the optical sensor is soldered to the capacitive film. having an actuation face for manual action by means of an element, wherein, in particular, the element is the finger of a human hand, having a housing for receiving the actuation face, having two sensors (4, 7) cooperating with the actuation face such that the respective sensor (4, 7) generates a signal upon the element approaching the actuation face and/or upon contacting the actuation face by means of the element and/or upon pressure action onto the actuation face by means of the element, wherein the signal is for switching and/or triggering a function associated with the respective sensor (4, 7) in the manner of a switching and/or control signal, wherein the first sensor is a capacitively operating sensor, and the second sensor is a sensor operating with optical electromagnetic radiation, wherein the optical sensor cooperates with a lens such that the radiation emitted by the sensor and/or the radiation (5") received by the sensor is focused towards and/or away from the element, characterized in that the capacitive sensor has an electrically conductive film, wherein the electrically conductive film is arranged in and/or on the actuation face, such that by applying an electric voltage, an electric field is generatable in the region of the actuation face, and that the capacitive change in the electric field caused by the action of the element onto the actuation face for generating the signal is evaluable, wherein the actuation face is a constituent part of a cover, in particular in the manner of a trim cover, wherein the cover is movably arranged on the housing, wherein the electrically conductive film is fastened to the side of the cover facing the interior of the housing, and wherein the optical sensor is soldered to the capacitive film.