This review article summarizes three method to assemble zeolite monolayers on glass via covalent linkages. The first method involves covalent linkage between the 3-aminopropyl and 3-(2,3-epoxypropoxy) propyl groups tethered to the external surfaces of zeolite crystals and glass, respectively. The zeolite crystals tended to pack with one-dimensional orientation. The second method takes advantage of facile N-H addition of amino groups onto the double bonds of fullerene. Thus, fullerene was employed as the linker to connect the 3-aminopropy1 groups tethered to both zeolite crystals and glass. A careful investigation of the intermediate steps of the monolayer assembly revealed that the close packing of zeolite crystals occur via surface migration of the crystals initially soft-landed on the surface randomly. The third method involves the direct connection between the glass-bound 3-halopropyl groups with the hydroxyl groups on the surface of zeolite crystals. This method is simple hence economical. This review also introduces a method to micropattern zeolite monolayers on glass by modifying the microcontact printing method.