A surgical lighting apparatus for a surgical environment, the apparatus comprising: a lighthead configured to illuminate a surgical site disposed in the surgical environment, the lighthead comprising: a plurality of light emitting modules (150, 160, 170), each of the light emitting modules (150, 160, 170) comprising a plurality of light emitting elements positioned on a front side thereof, each of the light emitting elements being configured to emit a predetermined amount of light from the light emitting modules (150, 160, 170) to illuminate a corresponding area of a surgical site, the light emitting modules (150, 160, 170) being comprised of a plurality of moveable light emitting modules; and sensors positioned in one or more of the light emitting modules (150, 160, 170), the sensors being configured to collect data regarding an amount of the emitted light from each of the light emitting elements that is delivered to the corresponding area of the surgical site, the sensors being further configured to transmit the collected data; and a control unit configured to receive the transmitted data from the sensors and identify, from the received data, an obstruction inhibiting respective delivery of the predetermined amount of light from one or more of the light emitting elements of the moveable light emitting modules to the corresponding areas of the surgical site; characterized in that the light emitting modules are further comprised of a plurality of stationary light emitting modules (150, 160), and the control unit is being further configured to control movement of one or more of the moveable light emitting modules to respective positions at which the corresponding areas of the surgical site are illuminated by the emitted predetermined amount of light of the one or more of the light emitting elements of the moveable light emitting modules without inhibition by the obstruction. a lighthead configured to illuminate a surgical site disposed in the surgical environment, the lighthead comprising: a plurality of light emitting modules (150, 160, 170), each of the light emitting modules (150, 160, 170) comprising a plurality of light emitting elements positioned on a front side thereof, each of the light emitting elements being configured to emit a predetermined amount of light from the light emitting modules (150, 160, 170) to illuminate a corresponding area of a surgical site, the light emitting modules (150, 160, 170) being comprised of a plurality of moveable light emitting modules; and sensors positioned in one or more of the light emitting modules (150, 160, 170), the sensors being configured to collect data regarding an amount of the emitted light from each of the light emitting elements that is delivered to the corresponding area of the surgical site, the sensors being further configured to transmit the collected data; and a plurality of light emitting modules (150, 160, 170), each of the light emitting modules (150, 160, 170) comprising a plurality of light emitting elements positioned on a front side thereof, each of the light emitting elements being configured to emit a predetermined amount of light from the light emitting modules (150, 160, 170) to illuminate a corresponding area of a surgical site, the light emitting modules (150, 160, 170) being comprised of a plurality of moveable light emitting modules; and sensors positioned in one or more of the light emitting modules (150, 160, 170), the sensors being configured to collect data regarding an amount of the emitted light from each of the light emitting elements that is delivered to the corresponding area of the surgical site, the sensors being further configured to transmit the collected data; and a control unit configured to receive the transmitted data from the sensors and identify, from the received data, an obstruction inhibiting respective delivery of the predetermined amount of light from one or more of the light emitting elements of the moveable light emitting modules to the corresponding areas of the surgical site; characterized in that the light emitting modules are further comprised of a plurality of stationary light emitting modules (150, 160), and the control unit is being further configured to control movement of one or more of the moveable light emitting modules to respective positions at which the corresponding areas of the surgical site are illuminated by the emitted predetermined amount of light of the one or more of the light emitting elements of the moveable light emitting modules without inhibition by the obstruction.