RIMOND approached the project with a highly technical and engineering-driven mindset, implementing decisive structural modifications to ensure stability, safety, and constructability, while remaining faithful to the original design intent.
The initial concept proposed 178 columns made entirely of date palm wood, reinforced with metal rings spaced every 10 cm. However, in-depth analysis revealed critical issues related to structural calculations and long-term durability, especially given the structural load and support functions required of the system.
In response, RIMOND developed an innovative hybrid solution, integrating a circular steel core within each column. This steel insert provides the mechanical strength and structural safety necessary for real-world operational conditions. Meanwhile, the date palm wood was retained as an external cladding, preserving the traditional aesthetic and cultural symbolism.
In parallel, the frequency of the steel rings was optimized from one every 10 cm to one every 20 cm resulting in a significant reduction in the number of columns, from 178 to 90. This rationalization enhanced structural efficiency while simplifying prefabrication, transportation, and on-site assembly.