Engineered Wood Parquet Flooring (EWF) are gaining in popularity since they appeared in Europe in the 70’s. In 1999, two third of the wood parquet installed in Europe was EWF. For the same year, a third of the wood parquet flooring installed in USA was EWF. Even if EWF captured this important market share, the knowledge on the product and its behaviour is very limited. Hygrometric condition variations, which happen in transition from summer to winter conditions in North America can induce hygromecanical deformation and permanent fatigue in the composite material which can result in a decrease of the mechanical performance of the glue line. The objectives of this study were to support the development of strong Engineered Wood Parquet Flooring industries in Canada, to increase the knowledge on engineered wood parquet, to develop engineered wood parquet flooring made with Canadian wood products components and to become competitive in performance with actual products in the market. Methodology has been developed to determine the performance of EWF and their glue line. In accordance with the manufacturing parameter in this study, the best construction was made of a 4 mm sugar maple surface layer, a 8 mm heart of white birch core layer and a 2 mm yellow birch veneer as backing layer. Varnish appears to play an important role in the performance of EWF by reducing the cupping deformation by 50 percent. Finally, the best adhesive to bond the EWF layers was found to be a polyurethane adhesive for the stability and strength of its glue line following ageing cycles.