In the modern construction industry, over the last decade, efforts are being made to develop innovative systems of automated solutions in architecture based on robotic applications. Following the philosophy of sustainable development, the use of wood in Construction Architecture, is increasingly adopted as gradual steps are being taken to offset carbon gas emissions and reduce the environmental footprint. The use of wood combined with robotic building methods offers the possibility of creating sustainable and geometrically diverse systems shaping our built environment. This research work aims to highlight innovative wooden structures as well as to analyze and study new automation methods for their processing with advanced robotic systems. The following methodology consists mainly of three parts. The first part introduces automation technologies and concepts behind the Internet of Things (IoT), as well as the way this is linked to robotic practices with focus on their application to Architecture. Furthermore twenty scientific works are studied evaluating data concerning the type of constructions, type of tools used, as well as the methodology followed to reach the final conclusion. Finally, in the third part three selected scientific studies are thoroughly analyzed from their initial to their final construction stage. Based on the resulting data, some summary statistics are generated and new conclusions emerge which are then discussed in detail in the final part of the research.