A mobile terminal comprising: a window; a touch screen sensing a touch input applied to the window and outputting visual information; and an internal frame supporting a lower portion of the touch screen, wherein the touch screen comprises: a display module outputting the visual information; at least one heat dissipation layer (331, 332) disposed below the display module to dissipate heat; and a pressure sensing part including a ground layer and a pressure sensing layer spaced apart from each other with the at least one heat dissipation layer (331, 332) interposed therebetween and to sense a pressure of the touch input based on a change in capacitance according to a deformation of the at least one heat dissipation layer (331, 332) while the touch input is being applied, and wherein the ground layer is adjacent to the display module or the internal frame, wherein the at least one heat dissipation layer (331, 332) includes: a first heat dissipation layer formed of a material deformable by an external force; and a second heat dissipation layer overlapping the first heat dissipation layer and formed of a metal material for heat conduction, wherein the second heat dissipation layer includes a plurality of holes (h1, h2, h3, h4, h5), wherein the second heat dissipation layer further includes a dielectric material charged in the holes to sense a capacitance between the ground layer and the pressure sensing layer. a window; a touch screen sensing a touch input applied to the window and outputting visual information; and an internal frame supporting a lower portion of the touch screen, wherein the touch screen comprises: a display module outputting the visual information; at least one heat dissipation layer (331, 332) disposed below the display module to dissipate heat; and a pressure sensing part including a ground layer and a pressure sensing layer spaced apart from each other with the at least one heat dissipation layer (331, 332) interposed therebetween and to sense a pressure of the touch input based on a change in capacitance according to a deformation of the at least one heat dissipation layer (331, 332) while the touch input is being applied, and wherein the ground layer is adjacent to the display module or the internal frame, wherein the at least one heat dissipation layer (331, 332) includes: a first heat dissipation layer formed of a material deformable by an external force; and a second heat dissipation layer overlapping the first heat dissipation layer and formed of a metal material for heat conduction, wherein the second heat dissipation layer includes a plurality of holes (h1, h2, h3, h4, h5), wherein the second heat dissipation layer further includes a dielectric material charged in the holes to sense a capacitance between the ground layer and the pressure sensing layer. a display module outputting the visual information; at least one heat dissipation layer (331, 332) disposed below the display module to dissipate heat; and a pressure sensing part including a ground layer and a pressure sensing layer spaced apart from each other with the at least one heat dissipation layer (331, 332) interposed therebetween and to sense a pressure of the touch input based on a change in capacitance according to a deformation of the at least one heat dissipation layer (331, 332) while the touch input is being applied, and wherein the ground layer is adjacent to the display module or the internal frame, wherein the at least one heat dissipation layer (331, 332) includes: a first heat dissipation layer formed of a material deformable by an external force; and a second heat dissipation layer overlapping the first heat dissipation layer and formed of a metal material for heat conduction, wherein the second heat dissipation layer includes a plurality of holes (h1, h2, h3, h4, h5), wherein the second heat dissipation layer further includes a dielectric material charged in the holes to sense a capacitance between the ground layer and the pressure sensing layer. a first heat dissipation layer formed of a material deformable by an external force; and a second heat dissipation layer overlapping the first heat dissipation layer and formed of a metal material for heat conduction, wherein the second heat dissipation layer includes a plurality of holes (h1, h2, h3, h4, h5), wherein the second heat dissipation layer further includes a dielectric material charged in the holes to sense a capacitance between the ground layer and the pressure sensing layer.