A system for aircraft lighting configuration, comprising: a data concentrator; a user display in data communication with the data concentrator; an aircraft flight deck lighting control in data communication with the data concentrator; and an aircraft flight deck lighting suite in data communication with and controlled by at least one channel within the aircraft flight deck lighting control, each light of the aircraft flight deck lighting suite having an intensity; the data concentrator including a controller and a memory in data communication with the controller, the memory coupled with a maintenance interface; and a graphical user interface, GUI, displayed on the user display, the GUI produced by and in data communication with the controller; characterised in that the at least one channel controls an intensity of at least one flight deck annunciator light, at least one left flight deck console light, at least one center flight deck console light, and at least one right flight deck console light; and by the memory including at least one configuration file which defines at least one lighting configuration, the configuration file writable via the maintenance interface; the memory including a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored therein that, in response to execution by the controller, cause the controller to: instantiate at least one user-control application, the user-control application configured to couple a field within the GUI with at least one light of the aircraft flight deck lighting suite via the at least one channel; receive, from the GUI, a lighting configuration command; extract from the configuration file, at least one attribute definition associated with the lighting configuration command; and control, via the at least one channel, the intensity of at least one light of the aircraft flight deck lighting suite based on the lighting configuration command and the configuration file. a data concentrator; a user display in data communication with the data concentrator; an aircraft flight deck lighting control in data communication with the data concentrator; and an aircraft flight deck lighting suite in data communication with and controlled by at least one channel within the aircraft flight deck lighting control, each light of the aircraft flight deck lighting suite having an intensity; the data concentrator including a controller and a memory in data communication with the controller, the memory coupled with a maintenance interface; and a graphical user interface, GUI, displayed on the user display, the GUI produced by and in data communication with the controller; the at least one channel controls an intensity of at least one flight deck annunciator light, at least one left flight deck console light, at least one center flight deck console light, and at least one right flight deck console light; and by the memory including at least one configuration file which defines at least one lighting configuration, the configuration file writable via the maintenance interface; the memory including a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored therein that, in response to execution by the controller, cause the controller to: instantiate at least one user-control application, the user-control application configured to couple a field within the GUI with at least one light of the aircraft flight deck lighting suite via the at least one channel; receive, from the GUI, a lighting configuration command; extract from the configuration file, at least one attribute definition associated with the lighting configuration command; and control, via the at least one channel, the intensity of at least one light of the aircraft flight deck lighting suite based on the lighting configuration command and the configuration file. instantiate at least one user-control application, the user-control application configured to couple a field within the GUI with at least one light of the aircraft flight deck lighting suite via the at least one channel; receive, from the GUI, a lighting configuration command; extract from the configuration file, at least one attribute definition associated with the lighting configuration command; and control, via the at least one channel, the intensity of at least one light of the aircraft flight deck lighting suite based on the lighting configuration command and the configuration file.