An electromechanical actuator for a shading device, the electromechanical actuator comprising at least: - a first electric motor and a second electric motor, each of the first and second electric motors (18a, 18b) comprising a rotation shaft, the rotation shaft of each of the first and second electric motors (18a, 18b) being configured to be rotated about an axis of rotation, - a connection shaft, the rotation shaft of the first electric motor being coupled to the rotation shaft of the second electric motor via the connection shaft, - a first gearbox, - a second gearbox, - a first output shaft, - a second output shaft, and - an electronic control unit, the first and second electric motors (18a, 18b) being configured to be controlled by the electronic control unit, the first electric motor being mechanically connected to the first gearbox and the first gearbox being mechanically connected to the first output shaft, and the second electric motor being mechanically connected to the second gearbox and the second gearbox being mechanically connected to the second output shaft, characterised: in that the electronic control unit is arranged, along the axis of rotation, between the first and second electric motors (18a, 18b), in that the connection shaft extends, along the axis of rotation, through an area of the electromechanical actuator comprising the electronic control unit, in that the electromechanical actuator further comprises at least: - a first universal joint, and - a second universal joint, in that the first electric motor is joined to the connection shaft by means of the first universal joint, and in that the second electric motor is joined to the connection shaft by means of the second universal joint. the electromechanical actuator comprising at least: - a first electric motor and a second electric motor, each of the first and second electric motors (18a, 18b) comprising a rotation shaft, the rotation shaft of each of the first and second electric motors (18a, 18b) being configured to be rotated about an axis of rotation, - a connection shaft, the rotation shaft of the first electric motor being coupled to the rotation shaft of the second electric motor via the connection shaft, - a first gearbox, - a second gearbox, - a first output shaft, - a second output shaft, and - an electronic control unit, the first and second electric motors (18a, 18b) being configured to be controlled by the electronic control unit, - a first electric motor and a second electric motor, each of the first and second electric motors (18a, 18b) comprising a rotation shaft, the rotation shaft of each of the first and second electric motors (18a, 18b) being configured to be rotated about an axis of rotation, - a connection shaft, the rotation shaft of the first electric motor being coupled to the rotation shaft of the second electric motor via the connection shaft, - a first gearbox, - a second gearbox, - a first output shaft, - a second output shaft, and - an electronic control unit, the first and second electric motors (18a, 18b) being configured to be controlled by the electronic control unit, the first electric motor being mechanically connected to the first gearbox and the first gearbox being mechanically connected to the first output shaft, and the second electric motor being mechanically connected to the second gearbox and the second gearbox being mechanically connected to the second output shaft, characterised: in that the electronic control unit is arranged, along the axis of rotation, between the first and second electric motors (18a, 18b), in that the connection shaft extends, along the axis of rotation, through an area of the electromechanical actuator comprising the electronic control unit, in that the electromechanical actuator further comprises at least: - a first universal joint, and - a second universal joint, in that the first electric motor is joined to the connection shaft by means of the first universal joint, and in that the second electric motor is joined to the connection shaft by means of the second universal joint. in that the electronic control unit is arranged, along the axis of rotation, between the first and second electric motors (18a, 18b), in that the connection shaft extends, along the axis of rotation, through an area of the electromechanical actuator comprising the electronic control unit, in that the electromechanical actuator further comprises at least: - a first universal joint, and - a second universal joint, - a first universal joint, and - a second universal joint, in that the first electric motor is joined to the connection shaft by means of the first universal joint, and in that the second electric motor is joined to the connection shaft by means of the second universal joint.