NOVELTY - Membrane electrode assembly is manufactured by preparing electrode catalyst for fuel cell, applying anode catalyst paste on 1st transfer film, preparing cathode catalyst paste which contains electrode catalyst for fuel cell and applying on 2nd transfer film, stacking anode catalyst paste and cathode catalyst paste, hot-pressing using metal mold which has hot press surface where catalyst paste non-transfer part and catalyst paste transfer part are formed, and transferring the anode catalyst paste and the cathode catalyst paste to solid polymer electrolyte membrane.    USE - Manufacturing method of membrane electrode assembly for polymer electrolyte fuel cell (claimed) used in lighting fixtures, organic electroluminescence, fluorescent lamp, LED, street light, interior lighting, signal apparatus, sanitation equipment, portable information terminal, motor vehicles, domestic electrical appliance, agricultural apparatus, electronic device, mobile telephone, cosmetics equipment, portable tool, bath article, toilet article, outdoor goods, furniture, toy, ornament, bulletin board, cooler box, outdoor generator, heating, artificial flower, cardiac pacemakers, or coolers.    ADVANTAGE - The product has high catalyst activity at low temperature, catalyst non-formation area is formed accurately and simply on a catalyst layer, diffusibility in water is improved, and is manufactured at low cost.    DETAILED DESCRIPTION - Membrane electrode assembly is manufactured by mixing transition metal-containing compound, nitrogen-containing organic compound, and solvent to obtain catalyst precursor solution, removing solvent from catalyst precursor solution, and heat-processing the solid content residue at 500-1100 degrees C to obtain electrode catalyst for fuel cell, applying anode catalyst paste on 1st transfer film, preparing cathode catalyst paste which contains electrode catalyst for fuel cell and applying on 2nd transfer film, stacking anode catalyst paste and cathode catalyst paste so that the solid polymer electrolyte membrane is clamped toward solid polymer electrolyte membrane side to form a laminated body, hot-pressing using metal mold which has hot press surface where catalyst paste non-transfer part, which has predetermined depth with respect to flat catalyst paste transfer part, and catalyst paste transfer part are formed, and transferring the anode catalyst paste and the cathode catalyst paste in the catalyst paste transfer part to solid polymer electrolyte membrane. Transition metal-containing compound is transition metal element M1 from groups 4 and 5. An INDEPENDENT CLAIM is included for manufacturing method of polymer electrolyte fuel cell.