The Wall, the Pillar, and the Column: The Three Elements of Architectural Form in the New Scenario of the Dry Construction Form

Starting from an analysis of Mediterranean building traditions based on massive masonry with dry-laid stone blocks or bricks, this study proposes an innovative approach to redefining the relationship between construction and architectural form. In an era increasingly focused on sustainability, dry masonry represents a low-impact construction solution that promotes material reuse and raw material recycling. This research, which has led to multiple patents, overcomes the limitations of traditional techniques by integrating mechanical connections within individual blocks. This innovation ensures stability and a continuous structural bond between elements, surpassing the technical constraints of conventional methods. The combination of a non-standardized micro-modular system with direct mechanical connections meets current technical regulations and paves the way for a new era of dry construction. Walls, pillars, and columns regain their central role as fundamental structural elements, while the use of microfabricable mono-material components allows for greater architectural freedom and reduces the costs associated with handling and assembling large elements. This massive construction technology offers multiple advantages. Its high thermal capacity is particularly beneficial for energy-saving policies and climate adaptation strategies. Additionally, the use of non-standardized micro-modular components enables rapid and flexible construction processes, allowing for dynamic design and easy reconfiguration of buildings in response to evolving community needs. This research underscores the importance of reflecting on traditional building techniques while embracing advanced methodologies. By interpreting construction as an expression of cultural landscapes, it reaffirms architecture as a synthesis of technique and form, tradition and modernity.