A method for manufacturing a brushless direct current, BLDC, motor fluid pump, the method comprising: providing an electromagnetic forming device having a central cavity, wherein the central cavity has a predefined depth from an outer surface of the electromagnetic forming device; adjusting the depth of an upper fixture disposed in the central cavity, wherein the upper fixture has a pump stop surface for contacting the BLDC motor fluid pump, wherein adjusting the depth further comprises moving a spacer disposed between the upper fixture and a stationary surface to a location within the central cavity that prevents an outlet portion of the pump assembly from moving further into the electromagnetic forming device such that the pump stop surface contacts the outlet portion to position the control module which is disposed between the outlet portion and a BLDC motor; placing a housing of the BLDC motor fluid pump in a central cavity of a lower fixture; selecting the depth of the central cavity of the lower fixture to position an electronic control module of the BLDC motor fluid pump near an opening of the central cavity of the lower fixture; inserting an inlet portion of the BLDC motor fluid pump into the housing; inserting the BLDC motor of the BLDC motor fluid pump into the housing; inserting the outlet portion of the BLDC motor fluid pump into the housing; providing a sealing member between the housing and the outlet portion; using an actuation device to move the lower fixture toward the upper fixture until the pump stop surface of the upper fixture contacts the BLDC motor fluid pump; and energizing the electromagnetic forming device to deform the housing over the sealing member to establish a fluid tight seal between the housing and the outlet portion. providing an electromagnetic forming device having a central cavity, wherein the central cavity has a predefined depth from an outer surface of the electromagnetic forming device; adjusting the depth of an upper fixture disposed in the central cavity, wherein the upper fixture has a pump stop surface for contacting the BLDC motor fluid pump, wherein adjusting the depth further comprises moving a spacer disposed between the upper fixture and a stationary surface to a location within the central cavity that prevents an outlet portion of the pump assembly from moving further into the electromagnetic forming device such that the pump stop surface contacts the outlet portion to position the control module which is disposed between the outlet portion and a BLDC motor; placing a housing of the BLDC motor fluid pump in a central cavity of a lower fixture; selecting the depth of the central cavity of the lower fixture to position an electronic control module of the BLDC motor fluid pump near an opening of the central cavity of the lower fixture; inserting an inlet portion of the BLDC motor fluid pump into the housing; inserting the BLDC motor of the BLDC motor fluid pump into the housing; inserting the outlet portion of the BLDC motor fluid pump into the housing; providing a sealing member between the housing and the outlet portion; using an actuation device to move the lower fixture toward the upper fixture until the pump stop surface of the upper fixture contacts the BLDC motor fluid pump; and energizing the electromagnetic forming device to deform the housing over the sealing member to establish a fluid tight seal between the housing and the outlet portion.