An electric drive module comprising: a housing defining a pump mount; an electric motor received in the housing, the motor having a stator, a rotor and an inverter, the stator having a plurality of field windings that are disposed circumferentially about a first rotational axis, the stator defining a plurality of coolant passages that extend longitudinally through the stator, the rotor being received in the stator and being rotatable about the first rotational axis, the inverter comprising a circuit board assembly having a circuit board having an annular portion disposed concentrically about the rotor and a plurality of power terminals, and a transistor assembly comprising a plurality of surface mount MOSFETs, a plurality of heat sinks, a retaining member and an end plate, the heat sinks being disposed concentrically about the field windings and comprising a base and a plurality of fins extending from the base, each of the MOSFETs being coupled to the retaining member, the retaining member being disposed concentrically about the MOSFETs and the MOSFETs being disposed in an annular arrangement, the MOSFETs comprising a plurality of pin terminals (270a-c) that are received through and electrically coupled to the circuit board assembly, and a surface mount power terminal and each of the MOSFETs being thermally coupled to an associated one of the heat sinks where the heat sinks are disposed concentrically within the annularly arranged MOSFETs, the end plate being coupled to the MOSFETs and the heat sinks and being offset in an axial direction along the first axis from the field windings to form a first flow channel between an axial end of the field windings and the end plate; a transmission received in the housing, the transmission having an input gear, which is driven by the rotor for rotation about the first axis, and an output gear that is rotatable about a second axis that is parallel to the first axis; a differential assembly received in the housing, the differential assembly having a differential input, which is coupled to the output gear for rotation about the second axis, and a pair of differential output members; a pair of shafts (22a, 22b), each of the shafts (22a, 22b) being coupled to an associated one of the differential output members for rotation therewith; a pump mounted to the pump mount; wherein the pump provides a flow of oil, wherein a first portion of the flow of oil is routed through the first flow channel, and travels through the heat sinks and the coolant passages to cool the inverter and the stator, wherein a second portion of the flow of oil is routed through the rotor to cool the rotor. a housing defining a pump mount; an electric motor received in the housing, the motor having a stator, a rotor and an inverter, the stator having a plurality of field windings that are disposed circumferentially about a first rotational axis, the stator defining a plurality of coolant passages that extend longitudinally through the stator, the rotor being received in the stator and being rotatable about the first rotational axis, the inverter comprising a circuit board assembly having a circuit board having an annular portion disposed concentrically about the rotor and a plurality of power terminals, and a transistor assembly comprising a plurality of surface mount MOSFETs, a plurality of heat sinks, a retaining member and an end plate, the heat sinks being disposed concentrically about the field windings and comprising a base and a plurality of fins extending from the base, each of the MOSFETs being coupled to the retaining member, the retaining member being disposed concentrically about the MOSFETs and the MOSFETs being disposed in an annular arrangement, the MOSFETs comprising a plurality of pin terminals (270a-c) that are received through and electrically coupled to the circuit board assembly, and a surface mount power terminal and each of the MOSFETs being thermally coupled to an associated one of the heat sinks where the heat sinks are disposed concentrically within the annularly arranged MOSFETs, the end plate being coupled to the MOSFETs and the heat sinks and being offset in an axial direction along the first axis from the field windings to form a first flow channel between an axial end of the field windings and the end plate; a transmission received in the housing, the transmission having an input gear, which is driven by the rotor for rotation about the first axis, and an output gear that is rotatable about a second axis that is parallel to the first axis; a differential assembly received in the housing, the differential assembly having a differential input, which is coupled to the output gear for rotation about the second axis, and a pair of differential output members; a pair of shafts (22a, 22b), each of the shafts (22a, 22b) being coupled to an associated one of the differential output members for rotation therewith; a pump mounted to the pump mount; wherein the pump provides a flow of oil, wherein a first portion of the flow of oil is routed through the first flow channel, and travels through the heat sinks and the coolant passages to cool the inverter and the stator, wherein a second portion of the flow of oil is routed through the rotor to cool the rotor.