The present invention provides a zeolite of the MFI crystal structure which has a mesopore to the nano-carbon as a template relates to mesoporous zeolite of the MFI crystal structure of a metal oxide is supported metal oxide is supported by the nano-carbon template-mediated. In the present invention, the direct method as the one employed for the metal oxide-supported mesoporous material is synthesized MFI zeolite crystal structure. In particular, the synthesis in the microwave irradiation environment because it simplifies the process, and metal oxide are uniformly distributed on the mesoporous material produced by the nanocarbon as a template, and illustrates a more active sites. Since the mesoporous zeolite crystals created is capable of rapid diffusion and transfer of the material faster the reaction rate at the catalyst reaction, reduce side reactions increase the selectivity of the catalyst extends the life. Synthesis of the nano-carbon under microwave can be applied to the bearing of the other metal oxide and can be used as an industrial catalyst. To yield the impregnated metal oxide to the calcined once using the nano-carbon in the present invention, the zeolite used a cheap metal salt, and paved the way which can be produced economically by reducing the synthesis time in the microwave synthesis. Metal oxides, mesoporous zeolites, supported jeokjeop, nano-carbon, dehydrogenation, micro wave, branched Alkylation