Photoelectrodes　of　mixed　polymethylmethacrylate　(PMMA)　and　TiO2　paste　with　different　ratios　were　fabricated　and　studied　for　improved　photovoltaic　conversion　efficiency　in　quasi-solid　state　dye-sensitized　solar　cells(QS-DSCs).　The　large　pore　nanocrystalline　TiO2　films　were　prepared　by　the　doctor　blade　method　and　charicterized　by　SEM　and　UV-Vis　spectroscopy.　SEM　images　show　that　large　pores　have　been　formed　in　the　TiO2　films.　The　transmittance　of　the　films　increased　with　an　increase　amount　of　PMMA,　while　the　light-absorption　decreased　when　the　films　covered　by　dyes.　I-V　curves　show　that　a　relatively　high　photovoltaic　conversion　efficiency　of　2.1%similar　to　2.26%　was　achieved　when　the　PMMA/TiO2　paste　weight　ratio　was　in　the　range　of　1:25　similar　to　1:35　under　AM　1.5　illumination　at　100mW/cm(2).