Constructing in Extreme Climates: An In-Depth Examination Across Varied Environmental Conditions with a Focus on Canada

This research explores the link between harsh climate conditions and adaptive building methods in various extreme environments, with a particular emphasis on Canada. This paper offers an examination of six different projects located in distinct climate zones: polar, alpine, desert, marine, vacuum space, and Tundra. The study highlights the importance of adaptive strategies, sustainability initiatives, and new technologies required to address the unique barriers associated with extreme environments. Although the projects did not employ the 3D printing concrete or autonomous robotics, the study shows that these technologies represent a promising path toward improving building techniques in terms of environmental sustainability, safety, and efficiency. The discussion includes conceptual exchanges between space architecture and terrestrial architecture, indicating a multitude of opportunities to improve building practices in extreme environments. The findings indicate a possible strategy for encouraging a more robust, sustainable, and technologically advanced building industry, capable of effectively addressing the environmental challenges presented by extreme climate conditions.