An actuation control system (200; 300), comprising: a first actuator comprising a first inner shell and a first outer shell radially opposite the first inner shell and a control wire configured to control the actuation of the first actuator ; a second actuator comprising a second inner shell and a second outer shell radially opposite the second inner shell and a control wire configured to control the actuation of the second actuator ; a first blade outer air seal (BOAS) segment having a first radially outer surface; a second blade outer air seal (BOAS) segment having a second radially outer surface; and a case comprising a radially inner surface, wherein the first inner shell of the first actuator is coupled to the first radially outer surface of the first BOAS segment and the first outer shell of the first actuator is coupled to the radially inner surface of the case , wherein the second inner shell of the second actuator is coupled to the second radially outer surface of the second BOAS segment and the second outer shell of the second actuator is coupled to the radially inner surface of the case , wherein the control wire of the first actuator is in electronic communication with the control wire of the second actuator via a circumferentially extending control wire , wherein the control wire comprises a shape memory alloy (SMA) wire configured to contract in response to receiving an electrical current, and wherein the contracting of the SMA wire controls the actuation of the first and second actuators , wherein the first and second BOAS segments are configured to move from a first radial position to a second radial position in response to an actuation from the first and second actuators . a first actuator comprising a first inner shell and a first outer shell radially opposite the first inner shell and a control wire configured to control the actuation of the first actuator ; a second actuator comprising a second inner shell and a second outer shell radially opposite the second inner shell and a control wire configured to control the actuation of the second actuator ; a first blade outer air seal (BOAS) segment having a first radially outer surface; a second blade outer air seal (BOAS) segment having a second radially outer surface; and a case comprising a radially inner surface, wherein the first inner shell of the first actuator is coupled to the first radially outer surface of the first BOAS segment and the first outer shell of the first actuator is coupled to the radially inner surface of the case , wherein the second inner shell of the second actuator is coupled to the second radially outer surface of the second BOAS segment and the second outer shell of the second actuator is coupled to the radially inner surface of the case , wherein the control wire of the first actuator is in electronic communication with the control wire of the second actuator via a circumferentially extending control wire , wherein the control wire comprises a shape memory alloy (SMA) wire configured to contract in response to receiving an electrical current, and wherein the contracting of the SMA wire controls the actuation of the first and second actuators , wherein the first and second BOAS segments are configured to move from a first radial position to a second radial position in response to an actuation from the first and second actuators . <EOS>