Wood is a material that has a wide area of usage in the construction sector due to its lightness, improvable physical properties, variety of species, industrial product opportunity, ecological and sustainable resource supply. Contemporary wooden constructions and façades, which do not give heavy loads to the building while showing superior performance characteristics, are environmentally friendly and sustainable, and becoming increasingly popular in architectural applications, constitute the subject of this article. In the study, after explaining the properties of wood in the context of the constructional product, the types and possibilities of industrial wooden components used in the construction sector, a classification was developed for contemporary wooden systems in the context of constructional features and the methods of facade assembly were explained for each system. The sample applications bearing the characteristics of the classified systems were examined with analysis tables created at the end of each system introduction. The effective parameters for facade assemblies with wooden material in building constructions were revealed, and the systems were analyzed in the context of these parameters. In the context of the system classification and criteria developed within the scope of the study, the façade assembly methods applied in contemporary wooden construction buildings were explained and the issues that should be considered in design and applications were evaluated.