A dual-clutch assembly, comprising: a rotatable first input shaft comprising a first portion and a second portion; a rotatable second input shaft surrounding the first portion of the first rotatable input shaft, the second input shaft concentric with the first input shaft; a first clutch rotor with a first clutch coupling surface; a second clutch rotor with a second clutch coupling surface; a stationary electromagnetic assembly mounted between the first clutch rotor and the second clutch rotor, the electromagnetic assembly configured to emit at least a first electromagnetic signal and a second electromagnetic signal; a first armature assembly coupled to the first input shaft; and a second armature assembly coupled to the second input shaft; characterized in that the dual-clutch assembly further comprises: a rotatable hub surrounding the first portion of the first input shaft; and in that: the first clutch rotor is connected to the rotatable hub and comprises a pulley coupling; the second clutch rotor is connected to the rotatable hub and comprises a second clutch coupling surface; the first armature assembly is configured to couple to the first clutch coupling surface of the first clutch rotor when the electromagnetic assembly emits the first electromagnetic signal; and the second armature assembly is configured to couple to the second clutch coupling surface of the second clutch rotor when the electromagnetic assembly emits the second electromagnetic signal a rotatable first input shaft comprising a first portion and a second portion; a rotatable second input shaft surrounding the first portion of the first rotatable input shaft, the second input shaft concentric with the first input shaft; a first clutch rotor with a first clutch coupling surface; a second clutch rotor with a second clutch coupling surface; a stationary electromagnetic assembly mounted between the first clutch rotor and the second clutch rotor, the electromagnetic assembly configured to emit at least a first electromagnetic signal and a second electromagnetic signal; a first armature assembly coupled to the first input shaft; and a second armature assembly coupled to the second input shaft; characterized in that the dual-clutch assembly further comprises: a rotatable hub surrounding the first portion of the first input shaft; and in that: the first clutch rotor is connected to the rotatable hub and comprises a pulley coupling; the second clutch rotor is connected to the rotatable hub and comprises a second clutch coupling surface; the first armature assembly is configured to couple to the first clutch coupling surface of the first clutch rotor when the electromagnetic assembly emits the first electromagnetic signal; and the second armature assembly is configured to couple to the second clutch coupling surface of the second clutch rotor when the electromagnetic assembly emits the second electromagnetic signal a rotatable hub surrounding the first portion of the first input shaft; and in that: the first clutch rotor is connected to the rotatable hub and comprises a pulley coupling; the second clutch rotor is connected to the rotatable hub and comprises a second clutch coupling surface; the first armature assembly is configured to couple to the first clutch coupling surface of the first clutch rotor when the electromagnetic assembly emits the first electromagnetic signal; and the second armature assembly is configured to couple to the second clutch coupling surface of the second clutch rotor when the electromagnetic assembly emits the second electromagnetic signal the first clutch rotor is connected to the rotatable hub and comprises a pulley coupling; the second clutch rotor is connected to the rotatable hub and comprises a second clutch coupling surface; the first armature assembly is configured to couple to the first clutch coupling surface of the first clutch rotor when the electromagnetic assembly emits the first electromagnetic signal; and the second armature assembly is configured to couple to the second clutch coupling surface of the second clutch rotor when the electromagnetic assembly emits the second electromagnetic signal