SrTiO3　is　a　widely　studied　perovskite　material　due　to　its　advantages　as　a　buffer　template　which　can　be　simply　applied　between　a　metal　substrate　tape　and　a　superconducting　layer　in　2G　high　temperature　superconducting　(HTS)　tapes.　In　this　study,　heteroepitaxial　SrTiO3　thin　films　were　deposited　on　textured　Cu/33%Ni　substrates　using　dip-coating　in　a　precursor　solution　followed　by　drying　and　annealing　under　controlled　oxygen　partial　pressures.　The　control　of　the　ambient　atmosphere　during　annealing　is　an　important　experimental　issue　in　order　to　achieve　thin　films　with　high　quality　surface　texture.　We　found　that　rather　low　oxygen　partial　pressures　are　necessary　for　obtaining　the　desired　cube　texture　in　the　film　surface.　We　could　obtain　thin　films　with　finely　covered　homogeneous　mono-coatings,　with　thicknesses　of　80-100　nm.　The　films　have　been　characterized　in　terms　of　texture　and　surface　morphology,　suggesting　that　they　are　promising　templates　for　further　deposition　of　YBCO　superconducting　layers.