A heating cooker comprising: a housing having an exhaust aperture (12a to 12f) formed on an upper surface thereof; a top plate disposed on the housing, and provided with a heating zone (19a to 19c) disposed, in plan view, on a front side relative to the exhaust aperture (12a to 12f); a heating coil (13a to 13c) configured to perform induction heating to heat a heating target placed on the heating zone (19a to 19c); an air-sending device; a cooling air guide (30, 30A) having an air outlet (31, 31A, 32, 32A), and configured to guide an air flow from the air-sending device to the air outlet (31, 31A, 32, 32A); and an exhaust air guide disposed over the exhaust aperture (12a to 12f), the exhaust air guide being formed with an air passage extending from a first inlet to a first outlet located upper than the first inlet and a second outlet, in plan view, the air outlet (31, 31A, 32, 32A) of the cooling air guide (30, 30A) and the exhaust aperture (12a to 12f) being aligned each other in a front and back direction, in plan view, the air outlet (31, 31A, 32, 32A) of the cooling air guide (30, 30A) and the heating coil (13a to 13c) being aligned each other in the front and back direction, in plan view, the air outlet (31, 31A, 32, 32A) of the cooling air guide (30, 30A) being arranged on a front side of a center of the heating coil (13a to 13c), the air passage of the exhaust air guide having a length longer than a length of the first outlet of the air passage in the front and back direction, the second outlet being formed behind the first outlet, and having an opening that opens in a direction different from an opening of the first outlet, the exhaust air guide being configured to divide an air flow flowing out from the exhaust aperture (12a to 12f) into an air flow flowing in the first outlet and an air flow flowing in the second outlet. a housing having an exhaust aperture (12a to 12f) formed on an upper surface thereof; a top plate disposed on the housing, and provided with a heating zone (19a to 19c) disposed, in plan view, on a front side relative to the exhaust aperture (12a to 12f); a heating coil (13a to 13c) configured to perform induction heating to heat a heating target placed on the heating zone (19a to 19c); an air-sending device; a cooling air guide (30, 30A) having an air outlet (31, 31A, 32, 32A), and configured to guide an air flow from the air-sending device to the air outlet (31, 31A, 32, 32A); and an exhaust air guide disposed over the exhaust aperture (12a to 12f), the exhaust air guide being formed with an air passage extending from a first inlet to a first outlet located upper than the first inlet and a second outlet, in plan view, the air outlet (31, 31A, 32, 32A) of the cooling air guide (30, 30A) and the exhaust aperture (12a to 12f) being aligned each other in a front and back direction, in plan view, the air outlet (31, 31A, 32, 32A) of the cooling air guide (30, 30A) and the heating coil (13a to 13c) being aligned each other in the front and back direction, in plan view, the air outlet (31, 31A, 32, 32A) of the cooling air guide (30, 30A) being arranged on a front side of a center of the heating coil (13a to 13c), the air passage of the exhaust air guide having a length longer than a length of the first outlet of the air passage in the front and back direction, the second outlet being formed behind the first outlet, and having an opening that opens in a direction different from an opening of the first outlet, the exhaust air guide being configured to divide an air flow flowing out from the exhaust aperture (12a to 12f) into an air flow flowing in the first outlet and an air flow flowing in the second outlet.