A literature review on the impact of reinforcement organization in mechanical properties of oxide ceramic matrix composites (OCMC) gave some information to focus on reinforcement in order to increase mechanical properties of OCMC. Through this Master thesis, OCMC were produced and characterized in bending and tensile properties. Using an internally developed image analysis tool (ImageJ software) based on scanning electron microscope observations, the impregnation of the reinforcements as well as the macroporosity content of the OCMC stacking were quantified and correlated with their mechanical properties. Filament winding of Quartzel fiber was also studied in the frame of a collaboration with an academic partner owning a pilot scale set up.