A layered planer SOFC module was designed from planar-type SOFC. It was prepared by multi-layered ceramic technology. To form the cathode and the anode in the layered structure, reliable channels should be made on the both side of electrolyte perpendicularly. However, monolithic SOFC using multi-layered ceramic technology hasn`t been studied another group, and the warpage of electrolyte in the channel, also, hasn`t been studied, when electrode is printed on the electrolyte. In this study, the channels are prepared with electrode printing, and their warpage are evaluated. In the case of YSZ without electrode, the warpages are nothing in the limit of measurement using optical microscope. The warpage of ``YSZ-NiO printed`` increases than that of ``NiO printed``, and also, the case of ``double electrode printed`` is similar to ``YSZ-NiO printed``. It is thought that, in the printed electrolyte, the warpage is related to the difference of the sintering behavior of each material.
