A camera module, comprising: a lens assembly comprising a liquid lens and at least one solid lens (110, 130) disposed above or below the liquid lens, the liquid lens comprising a plurality of individual electrodes and a common electrode; a driving driver configured to supply a voltage through the common electrode and at least one of the plurality of individual electrodes in the liquid lens in order to control an interface of the liquid lens; a thermistor pattern configured to measure a temperature in the liquid lens; and a control unit configured to determine a temperature in the liquid lens using the thermistor pattern and to control the driving driver, wherein the liquid lens further comprises: a first plate comprising a cavity in which a conductive liquid and a non-conductive liquid are disposed; a second plate disposed under the first plate; and a third plate disposed on the first plate, wherein one surface of the first plate faces the second plate, and the opposite surface of the first plate faces the third plate, wherein the common electrode is disposed on the first plate, wherein the plurality of individual electrodes is disposed under the first plate, and wherein the thermistor pattern is disposed on a side of the first plate together with a side of the common electrode on the first plate, wherein the side of the first plate includes four corners, the common electrode is disposed on two corners of the side of the first plate, and the thermistor pattern is disposed on the remaining two of the corners. a lens assembly comprising a liquid lens and at least one solid lens (110, 130) disposed above or below the liquid lens, the liquid lens comprising a plurality of individual electrodes and a common electrode; a driving driver configured to supply a voltage through the common electrode and at least one of the plurality of individual electrodes in the liquid lens in order to control an interface of the liquid lens; a thermistor pattern configured to measure a temperature in the liquid lens; and a control unit configured to determine a temperature in the liquid lens using the thermistor pattern and to control the driving driver, wherein the liquid lens further comprises: a first plate comprising a cavity in which a conductive liquid and a non-conductive liquid are disposed; a second plate disposed under the first plate; and a third plate disposed on the first plate, wherein one surface of the first plate faces the second plate, and the opposite surface of the first plate faces the third plate, wherein the common electrode is disposed on the first plate, wherein the plurality of individual electrodes is disposed under the first plate, and wherein the thermistor pattern is disposed on a side of the first plate together with a side of the common electrode on the first plate, wherein the side of the first plate includes four corners, the common electrode is disposed on two corners of the side of the first plate, and the thermistor pattern is disposed on the remaining two of the corners. a first plate comprising a cavity in which a conductive liquid and a non-conductive liquid are disposed; a second plate disposed under the first plate; and a third plate disposed on the first plate, wherein one surface of the first plate faces the second plate, and the opposite surface of the first plate faces the third plate, wherein the common electrode is disposed on the first plate, wherein the plurality of individual electrodes is disposed under the first plate, and wherein the thermistor pattern is disposed on a side of the first plate together with a side of the common electrode on the first plate, wherein the side of the first plate includes four corners, the common electrode is disposed on two corners of the side of the first plate, and the thermistor pattern is disposed on the remaining two of the corners.